>From - Fri Apr 03 21:50:30 1998
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From: paul-lamar-la@worldnet.att.net
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Date: Thu, 02 Apr 1998 09:21:34 -0800
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To: Jack Smith <reety987@yahoo.com>
Subject: Design and build your own rotary.
References: <199804010221_MC2-3893-AA55@compuserve.com>
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This is your electronic newsletter about rotary engines for aircraft
use. Feel free to contribute anon or otherwise. If you want to be taken
off the list let me know. Paul Lamar
Peter Garrison wrote:
I wouldn't think that the Mazda engine not being in production would be an
objection for homebuilders. Surely there are a lot of parts around.
Everett Hatch mentioned to me that he was thinking of casting his own
rotor housing from cast iron to solve the heat flux problem at high
BMEP. I did not think much of the idea at the time because of the oil
coke deposits on the combustion chamber at super high boost/BMEP/temps
and the weight. Then I thought of investment cast stainless steel to
reduce the wall thickness and get the heat transfer nearly back to where
Al would be. The stiffness to weight ratio would be the same as Al due
to the higher modulus. Deere also found they had to redesign the housing
(using FEA) for high turbo boost. Needless to say you could also
incorporate strat. charge while you were at it.
Mazda and CW/Deere also made some rotors out of investment cast SS.
Mazda found that they could increase the CR by .5 and still prevent
detonation if they machined the recess rather than cast it due to
quality control problems with sand cast iron.
With modern NC mills grinding the trochoid surfaces, building your own
rotor housings should be no problem. (I took a course a couple of years
ago in NC machine tool programming. (Valley college has some nice NC
tools.)) Early Wankel builders had to design and build special grinding
machines.
One could then build the end housings out of furnace brazed high modulus
sheet steel.
Deere also found three, instead of just two, main bearings beneficial in
highly boosted two rotors.
Paul
>From - Fri Apr 03 21:50:31 1998
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From: paul-lamar-la@worldnet.att.net
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Date: Thu, 02 Apr 1998 15:10:49 -0800
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To: Jack Smith <reety987@yahoo.com>
Subject: Re: More Rotary power.
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Peter Garrison wrote:
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
Who or what is RPI?<
Rotary Power International is a New Jersey firm that bought the formerly
C-W project from Deere.
XTreeGold works fine and I was able to view the VW DXFs. How does the long
shaft affect torsionals?
Good question. You will have to build my dyno to find out :-) Just
kidding.
Since that hollow shaft is three inches in dia the torsional stiffness
as I recall is proportional to K = 1/2 * pi (Rod^4 - Rid^4) so the shaft
should be quite stiff. Note the fourth power terms.
Rod is outside radius.
Rid is inside radius.
The torsional deflection formula is:
Angle-of-twist-in-rads = (T*L)/(K*G)
K from above
T in inch pounds
L in inches.
G the modulus of rigidity for steel or 11.4 million.
Consquently the resonant freq. should also be quite high compared to
your average Lyc or Cont. I have that formula around some place if you
are interested. I would not recommend heavy metal propellors however.
Wood or carbon reduce those kinds of problems.
Hopefully the spring clutch center in the gear box will isolate the
engine torsionals from the shaft torsionals. A couple of junk yard mag
pick ups from a car anti lock brake system and a two channel
oscilloscope will do wonders for checking that sort of thing. You can
borrow mine.
BTW does ACAD 10 support IGES files?
Paul
>From - Fri Apr 03 21:50:32 1998
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From: paul-lamar-la@worldnet.att.net
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Date: Thu, 02 Apr 1998 15:27:12 -0800
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To: Jack Smith <reety987@yahoo.com>
Subject: Web page for drawings.
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Paul Lamar Jr. wrote:
I imported your DXF files into Corel Draw 8 and exported them as 300 DPI
bitmap files (huge).
The drawing is my design for a prop speed reduction unit (PSRU) suitable
for use with VW, Suburu and Mazda rotary engines.
I will next compress them using JPEG to 50-75k each. Then they will be
suitable for the web page.
www.echelon.ca/jlamar/lamar.html
Please confirm you want me to put them there?
Yes.
Dad
>From - Fri Apr 03 21:50:33 1998
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From: paul-lamar-la@worldnet.att.net
Message-ID: <35243BE9.2D4A@worldnet.att.net>
Date: Thu, 02 Apr 1998 17:31:21 -0800
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To: Jack Smith <reety987@yahoo.com>
CC: paul-lamar-la@worldnet.att.net
Subject: GIF of ACAD drawings.
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Thanks to my son, James Paul Lamar, who came up with the PD TSR DGFX
programs that converts ACAD DWG or DXF files viewed with XTree Gold
into compressed GIF files.
Thanks Paul! That was exactly what I needed.
Attached is a GIF of the twin VW Longeze.
Paul please put this on the web page.
The dyno and Mazda gearbox GIFs. will follow.
Paul
--
The aircraft rotary engine electronic newsletter.
www.echelon.ca/jlamar/lamar.html
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Subject: Home made dyno.
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This is too elementary for most of you guys but it was intended as a
Kitplanes article.
Building a low cost dyno.
Revision 2
By Paul Lamar
email:
paul-lamar-la@
worldnet.att.net
Wouldn't it be wonderful if everybody developing an engine for use
in aircraft could afford a dyno. It would be a lot safer if people
tested their intended engine for horsepower and static thrust on the
ground instead of during the first flight.
STATIC THRUST
HP needs no introduction. Static thrust is that amount of force we
get out of the engine, speed reduction unit (if you have one) and
prop combinations that causes the airplane to initially accelerate.
Acceleration is defined as a change in speed. What we want is
maximum change in speed in the minimum amount of time so we can get
up to takeoff speed in the shortest distance.
IT IS NOT JUST A GOOD IDEA
Isacc Newton laid down the law for this sort of thing over a hundred
years ago. He said acceleration is proportional to force divided by
weight. Simple enough. More force more acceleration. It is not just
a good idea it is the LAW! If the force is divided by the weight in
pounds we get a measure of the acceleration in units called "G's".
One G is a change in speed of about 22 MPH in one second. If the
static thrust (force) equals the weight, our airplane will be going
22 MPH the first second and 44 MPH after two seconds. The average
speed for the first second is only sixteen feet per second so we
will have traveled down the runway only sixteen feet. At the end of
the next second our average speed is thirty two FPS plus sixty four
FPS divided by two seconds or forty eight feet FPS. We are now
ninety six feet down the runway and going 44 MPH. You see how
important static thrust can be. The more the static thrust the
better. One G is a wonderful acceleration. If only the average
airplane had thrust equal to it's weight. Unfortunately the real
world is not that wonderful or simple.
PROP PITCH
The thrust from the engine may increase or decrease as we travel
down the runway depending on several factors the most important of
which is prop pitch. If we have a fixed pitch prop and our pitch
chosen is so high that the engine cannot spin the prop at max HP RPM
while the airplane is stopped (typical for most fixed pitch prop
airplanes) our thrust may increase as we accelerate down the runway
and as the RPM comes up to max HP. If we have a constant speed
propeller the thrust will will start out at the max possible and
gradually decrease as we accelerate along the runway. Never the less
the airplane will takeoff quicker with a constant speed propeller as
we are getting more average HP out of the engine.
MEASURING HP & STATIC THRUST
HP is merely the product of torque and prop RPM. We can measure the
torque by mounting the engine and prop combination on something that
is free to rotate about the prop shaft axis. If we restrain this
rotation and measure the force on a lever arm we will know the
torque. If we allow the test stand to move forward and measure the
force to restrain that motion we will know the static thrust.
BUILDING A DYNO
You can build a low cost dyno from a junked car rear axle, bathroom
scale, ground adjustable prop and garage door spring to check HP and
static thrust. Make a two by four and three quarter inch plywood
frame about four feet high to hold the rear axle. Bolt the frame
together with 3/8 carriage bolts and three inch drywall screws.
Fabricate a two by four reinforced plywood firewall and bolt it to
an old steel wheel. The wheel provides stiffness and a means to
attach the firewall/wheel assembly to the axle. Take out the pinon
gear and one axle shaft to reduce friction and leave in the
differential spool for it's inner axle bearings.
MOUNTING THE ENGINE
Mount the engine with the motor mount you intend to use in the
airplane to the firewall. Install the cowling to minimize the slip
stream drag and improve the accuracy of the static thrust
measurement. Mount the axle about four feet off the ground with a
wide base two by four wood frame work. Streamline the frame work
with styrofoam or thin sheet metal. Mount some cheap wheels or
casters on the frame work to allow fore and aft motion. The axle
allows the firewall to rotate about the prop axis. Stop the rotation
with a two by four lever arm. Attach a streamlined two by two
compression strut to the end of the lever arm and rest it on the
bathroom scale. Make sure the strut is on the left side when the
prop is rotating clockwise from the pilots perspective. Attach the
base of the bathroom scale to the 3/4 inch plywood shelf. Attach a
block of wood on the top of the scale to prevent the compression
strut from blowing off the scale. Best have some positive means of
limiting axle rotation to plus and minus twenty degrees in case
something goes wrong. Attach the garage door spring to the opposite
end of the axle and to a large tree or other suitable anchor. Use
some sand bags to weigh down the whole rig to keep it from rolling
over when blipping the throttle.
CALIBRATING THE DYNO
Calibrate the torque system with a large torque wrench. With a two
foot lever arm double the scale reading to get foot pounds of
torque. Calibrate the garage door spring using water as
calibration weight. See my article on this subject in the Feb. 98
issue.
TESTING
Mount the engine and PSRU with an adjustable pitch prop. Balance the
rig about the axle shaft so the engine does not rotate on it's own
and zero is showing on the bathroom scale. Run the engine up to max
RPM allowed by the pitch chosen. You now know the torque and prop
RPM so the HP can be calculated. Stop the engine and lower the
pitch until the engine will run at max HP RPM. Usually around 5000
RPM for a geared engine and around 2500 RPM for an aircraft engine.
You now know the max HP. Repeat this process for any RPM of
interest. Check the garage door spring for length and compare that
to it's calibration numbers. You now know the approximate static
thrust. The installed static thrust may be slightly more due to the
better streamlining of the complete airplane.
OPTIMIZING THE PROP PITCH
If you are using a ground adjustable fixed pitch prop you may
optimize it for the takeoff/cruise compromise by choosing a pitch
that causes the engine to run several hundred RPM below peak power
and twenty or thirty pounds below peak thrust. The engine will then
rev up during takeoff. Hopefully to peak power for climb.
MEASURING FUEL CONSUMPTION
Make a fuel consumption gage out of a long piece of clear plastic
hose mounted vertically. Measure how much fuel the hose will hold
between marks using a chemistry lab calibrated beaker. Time the fuel
consumption with a stop watch. Use an electric pump and an on/off
switch to fill the hose again to repeat the fuel consumption test.
Don't forget to correct for the temp. of the fuel. You now know the
gallons per hour and the BSFC can be calculated from that
information and the HP. Brake Specific Fuel Consumption or BFSC is a
measure of the efficiency of the engine. It is in units of pounds of
fuel burned for each HP for one hour. A good number for an aircraft
engine is .42 pounds per HP hour. Some car engines are about .45 to .
55. Hook up a manifold pressure gage and record that as a function
of HP. Knowing manifold pressure is very important to be sure your
engine is developing the maximum possible HP at any RPM.
I highly recommend bulding this dyno as it is better to find out on
the ground what your engine prop combination is capable of rather
than during the first flight.
PROP |--------------- TORQUE in Lb/Ft --------->
RPM 100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400
420
1000 19 23 27 30 34 38 42 46 49 53 57 61 65 69 72 76
80
1100 21 25 29 33 38 42 46 50 54 59 63 67 71 75 80 84
88
1200 23 27 32 37 41 46 50 55 59 64 69 73 78 82 87 91
96
1300 25 30 35 40 45 49 54 59 64 69 74 79 84 89 94 99
104
1400 27 32 37 43 48 53 59 64 69 75 80 85 91 96 101 107
112
1500 29 34 40 46 51 57 63 69 74 80 86 91 97 103 108 114
120
1600 30 37 43 49 55 61 67 73 79 85 91 97 104 110 116 122
128
1700 32 39 45 52 58 65 71 78 84 91 97 104 110 116 123 129
136
1800 34 41 48 55 62 69 75 82 89 96 103 110 116 123 130 137
144
1900 36 43 51 58 65 72 80 87 94 101 108 116 123 130 137 145
152
2000 38 46 53 61 69 76 84 91 99 107 114 122 129 137 145 152
160
2100 40 48 56 64 72 80 88 96 104 112 120 128 136 144 152 160
168
2200 42 50 59 67 75 84 92 100 109 117 126 134 142 151 159 167
176
2300 44 53 61 70 79 88 96 105 114 123 131 140 149 158 166 175
184
2400 46 55 64 73 82 91 100 110 119 128 137 146 155 164 174 183
192
2500 48 57 67 76 86 95 105 114 124 133 143 152 162 171 181 190
200
2600 49 59 69 79 89 99 109 119 129 139 148 158 168 178 188 198
208
2700 51 62 72 82 92 103 113 123 134 144 154 164 175 185 195 206
216
2800 53 64 75 85 96 107 117 128 139 149 160 171 181 192 202 213
224
2900 55 66 77 88 99 110 121 132 143 155 166 177 188 199 210 221
232
3000 57 69 80 91 103 114 126 137 148 160 171 183 194 206 217 228
240
--
The aircraft rotary engine electronic newsletter.
www.echelon.ca/jlamar/lamar.html
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>From - Fri Apr 03 21:50:50 1998
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Date: Thu, 02 Apr 1998 23:56:07 -0800
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To: Jack Smith
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paul-lamar-la@worldnet.att.net
Subject: Resonant frequency of long prop shaft.
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Peter Garrison wrote:
How does the long shaft affect torsionals?
Continuation of past message on this subject.
The trick is to determine the centroidal moment of inertia of the prop.
It is rather tough to do it mathematically as the section changes along
the curved radius of the blade so I will explain how to do it with a
little trick and a stop watch.
The trick is to build a torsional pendulum using the prop and a piece of
music wire about .125 in diameter. You hang a six or eight foot length
of music wire from the ceiling and attach the prop to the wire with it's
crankshaft axis oriented vertically. You then torsionally deflect the
prop, release it and count it's oscillations in a given time period
using the stop watch.
I always taught my race car engineering students this trick by
suggesting they hang their race cars from the ceiling with a
1/4 steel rod to measure the centroidial moment of inertia.
The equation for the period in seconds is 2pi times the square
root of I over K.
......................._______
.................\..../
Period = 2 * Pi * \../.I/K
...................\/
I is the centroidial moment of inertia of the prop and
is given in lb-ft-sec^2.
This K is not the same K as in the last message.
This K is equal to L/JG
L is the length of the rod in feet.
J is the polor moment of inertia of the music wire or
1/2 Pi R^4. R is in feet.
J for the 3 inch hollow shaft is 1/2 Pi (Rod^4 - Rid^4)
Where Rod and Rid are otside radius and inside radius
in feet respectively.
G is the same as the last message. For steel it is 11.4 million.
The period for one oscillation is in seconds.
You now have enough information to solve the resonant frequency of the
prop mounted on the hollow shaft.
As my old physics professor would say; "You have 15 minutes to solve the
problem" :-)
The attached GIF is of the VW pusher, long shaft version of the gear box
using a Ford C6 auto transmission planetary gear set referred to above
by Peter.
Paul
--
The aircraft rotary engine electronic newsletter.
www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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>From - Fri Apr 03 21:50:55 1998
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Date: Fri, 03 Apr 1998 13:43:36 -0800
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To: Jack Smith
<reety987@yahoo.com>
Subject: Prop and shaft problems.
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X-UIDL: f287102246ce41b33d8475525e7d956f
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Machinery Handbook has a simple formula for flywheels
on the end of shafts and this is based on that formula.
A hollow shaft would be less stiff with lower freqs.
Warp drive blades for one are more or less constant cord
so I will assume they have a moment of inertia the same
as a simple disk flywheel of equal weight. Some say I am wrong about
this.
I will also assume the prop is 65 inches in dia.
CLS
DEFDBL A-Z
pi = 3.1416
G = 11400000___ 'Modulus of ridgidity
r = 32.5 / 12__ 'radius of disk in feet
l = 14 / 12____ 'length of shaft in feet
d = 3 / 12_____ 'diameter of shaft in feet
gc = 32.2______ 'Gravitational constant
'T is the period of osc. in seconds.
OPEN "freq.dat" FOR OUTPUT AS #1
PRINT #1, "Prop Weight__Period Sec.____Freq CPS____Freq CPM"
FOR W = 8 TO 48 STEP 2 'fits on one page
PRINT #1, USING "##"; W;
T = (2 / 3) * SQR((pi * W * r ^ 2 * l) / (gc * d ^ 4 * G))
PRINT #1, "____________";
PRINT #1, USING "#.####"; T;
Freqcps = 1 / T
PRINT #1, "_________";
PRINT #1, USING "###"; Freqcps;
PRINT #1, "_________";
Freqcpm = Freqcps * 60
PRINT #1, USING "#####"; Freqcpm
NEXT W
CLS
CLOSE
SHELL "more < freq.dat"
SYSTEM
Prop Weight__Period Sec.____Freq CPS____Freq CPM
8____________0.0082_________122_________ 7349
10____________0.0091_________110_________ 6573
12____________0.0100_________100_________ 6000
14____________0.0108_________ 93_________ 5555
16____________0.0115_________ 87_________ 5196
18____________0.0122_________ 82_________ 4899
20____________0.0129_________ 77_________ 4648
22____________0.0135_________ 74_________ 4431
24____________0.0141_________ 71_________ 4243
26____________0.0147_________ 68_________ 4076
28____________0.0153_________ 65_________ 3928
30____________0.0158_________ 63_________ 3795
32____________0.0163_________ 61_________ 3674
34____________0.0168_________ 59_________ 3565
36____________0.0173_________ 58_________ 3464
38____________0.0178_________ 56_________ 3372
40____________0.0183_________ 55_________ 3286
42____________0.0187_________ 53_________ 3207
44____________0.0191_________ 52_________ 3133
46____________0.0196_________ 51_________ 3065
48____________0.0200_________ 50_________ 3000
A four cylinder four cycle engine has two torque pulses per rev so
the output shaft sees one pulse per rev using a 2:1 gear box. A 48
pound prop would be marginal as the forcing freq from the engine
approaches the torsional resonance of the output shaft prop
combination.
The torque pulses for a two rotor is the same freq. as a four cylinder
but the torque peaks and valleys are steeper with the same average
torque. So it is even more important to keep the weight of the prop
down.
My friend Gary Moier is working on a more accurate determination
of this. I will publish his results when he sends them to me.
Paul
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>From - Mon Apr 06 22:52:34 1998
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Date: Sat, 04 Apr 1998 00:45:41 -0800
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Bill Freeman wrote:
Paul,
There is another way to do the torsional pendulum trick.
I used this years ago do get the moment of inertia on a big
waste treatment impeller that ran on a long shaft and was
doing weird things. I successfully predicted a second stage
gearbox failure about 2 weeks prior to the failure.
You use three cables/wires/strings and either directly attach to
the object at 120 deg intervals, equally spaced radially from the
CG or use a lightweight platform and locate the object on it
so it can't move. The torsional stiffness comes from the lifting of
the object, rather than the torsional stiffness of the suspension
wire - so object weight, wire length and radial spacing are critical
values.
I don't have the equation in front of me, but it is not too tough
and is very accurate. I'll look it up if anyone wants it. Is Pete Garrison
a buddy of yours?? I have really been impressed with him starting out
and teaching himself engineering from books. This is the hard way! :-)
I did some investigation of the possiblity of a torsional vibration
failure of a Cozy with an 8" extension that had a spiral failure mode.
There is no way the you can get a torsional resonance with a
wood prop and the kind of prop extensions they are designing
now. On the other hand, I would worry about out-of-balance loads
and gyroscopics under aerobatic conditions with some of the
longer ones. The torsional freqs for a 8 lb wood prop are WAY
up there. I looked at this for RAF, Mike Melville was interested in
whether there could have been a problem with torsional vib. I discovered
the vibration problem in the modified aileron pushrods years ago
that led to a belcrank redesign for the Long EZ.
Take care.
Bill
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Peter Garrison wrote:
I think the case of a propeller is more complicated because the propeller
itself undergoes torsional flexing which may get out of synch with that of
the shaft. I do know that even very short, eg 6-inch, thick-walled, eg 1.2
inch wall, tubular or even solid extensions may entail hazardous torsionals
on a Continental or Lycoming.
PG
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Bill Freeman wrote:
Paul,
While the twin VW is nicely laid out and would probably
work fine, I must protest the HP note. You show "240
to 400 hp"- I'm in shock! There is no way to safely
get this kind of HP out of the old VW. I have built up a few
for the local low and slow guys and while mine outrun
the others, they are built for reliability NOT max power.
I do not believe that you can reliably get more than
about 70 hp max out of these engines. Even if you assume
75 each, you are lighter with an O-320, altho at engine
failure time, you would be happy to still have 75 hp
on tap.
Have the aliens kidnapped the REAL Paul Lamar and
replaced him with a 'Kitplanes engine guy' ??? :-)
Glad to see you are finally into the graphics part of
the electonic exchange experience.
Take care.
Bill
I think Bill is thinking of direct drive VW's here. I think he forgot
about the C6 2:1 planetary built into the prop extensions. 75HP sounds
about right for a direct drive VW.
Heck 2L street VW's are 120HP at 6000 RPM. Now cooling it near this HP
level could be a real problem. That's why I put two VW's on the Longez
:-)
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Web:
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Peter Garrison wrote:
I think the case of a propeller is more complicated because the propeller
itself undergoes torsional flexing which may get out of synch with that of
the shaft. I do know that even very short, eg 6-inch, thick-walled, eg 1.2
inch wall, tubular or even solid extensions may entail hazardous torsionals
on a Continental or Lycoming.
PG
I have also heard of this happening with pushers. The wake from the wing
excites the prop in one of it's many vibratory modes. In this mode the
blades retreat and advance back and fourth out of the plane of rotation.
I was thinking about building a low cost shake table using a starter or
golf cart motor and a golf cart speed control. All you need is an out of
balance bob weight on the shaft of the motor and a tach. You mount the
prop on the shake table with it's shaft axis either horizontal or
vertical. Do it at night or in a dark room and use a ignition timing
light as a strobe to see what happens at different freq in the range of
750 to 3000 RPM's with one or two forcing pulses per rev. You can also
run the engine at night and use the strobe.
The trouble with this is you might not get it up to max RPM with fixed
pitch prop. Perhaps a high speed video camera synced with a stobe in a
night time flight test? Who needs to go anywhere with your homebuilt?
This is more nerdy fun :-)
Paul
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Bill Freeman wrote:
Paul,
As with other auto engines the whole thing rapidly deteriorates into
semantics and reliability.
FACT: You CAN get 200 hp out of a 4 cylinder opposed engine that
may even use one or two highly modified parts built by VW.
REALITY: The two liter+ "VWs" are bored WAY out and stroked a
lot. This means either near zero margins and/or new design crankcases,
cylinders
and heads. SCAT has built some nice racing engines with their own
crankcase, cylinders, heads, crankshafts, rods, pistons, etc. All are
much bigger and beefier than the 'real VW' parts. So, semantics - is
an engine with little or no VW parts, and even very few VW DIMENSIONS
still a VW?? This is just like the "big block Chevy" which has little in
common with any Chevy except head bolt pattern and bore center
spacing. These engines are NOT cheap, since they are nearly all
special, limited production parts.
The Rotorway (liquid cooled) engine started out as parts from SCAT,
and eventually Rotorway developed it pretty far away from anything
that is really VW. It apparently is working pretty well.
The primary limiting factor on the old VWs (real VW crankcase should
be the minimum to call it a modified VW, in my book - again semantics)
was the local compressive failure of the magnesium-aluminum alloy block
at the support area of the center main bearing. Even on stock street
engines, VW had to make this bearing a steel bearing, when the others
are aluminum. Even then, by 100K miles the middle bearing was
fretting the case on nearly all the later (higher HP~ 65 hp) engines that
had been
run fairly hard. This is especially true when running the factory non-
counterweighted crank above the recommended max RPM of about
4200. If you regularly shift at 5000 with a stock crank, (and remember,
this is just a few seconds of this speed) you will DEFINITELY need to
line bore the case to fix the pounded center main bearing at the
overhaul. It MIGHT make 100K miles, probably not. Usually a broken
crank at about 60-90K miles, or low oil pressure and deep thumping
main bearing noises. Counterwieghted ($$$!!!!) cranks help a lot.
If you stroke the engine without a new crank, you rapidly get into design
limits for clearance. The bigger stroker engines (stock is 69 mm, 74 is
sorta OK, maybe) like 78 mm stroke start to need to grind clearance cuts in the
cam to keep the rods from hitting it !!
Back to reality. The VW engine was designed, unlike most American
engines, to reliably put out full rated HP for about 75K to 100K miles,
which would be about 1300 hrs (100k / 75 mph). This was VERY good
in their day. NO American engine would put out full rated for this
time, no way in hell. I have looked at the rod loads as the stroke is
increased,
and you really need to use longer rods if you go past 74mm (~.20" increase)
The rods are very short and the piston side load (friction, heat)goes up
rapidly with stroke and stock rods.
Cylinder bores are limited by the head stud centers. I will not build
up an engine for an aircraft with larger than 90.5 mm bores, 85.5 was
the stock bore. Many 'big motors' go to 92 mm or even 100 mm (with
non-VW cases, relocated studs -requres new heads, too). The problem
with the 92s is that they have too thin cylinder walls for good oil control,
and they have very short working life.
Revmaster built the factory supplied motors for the Q2s. I have a friend
here in town with one, and I just redid his valve seats totally. The whole
head was warped in some way so all the valve seats were suddenly about
0.010" out of true with the guide centerlines. It took a lot of cutting to get
this head back in shape. How did it happen?? I don't know, but suspect
uneven heating and running above the safe temperature of the aluminum
got it soft and just pushed it out of shape.
I challenge you to find a turbo-Revmaster (I think they were rated at about
100-110 hp) that has run for 250 hrs in an airplane. I challenge you to find
a normally aspirated Revmaster that has gone 500 hrs without a rebuild or
at least top overhaul. I think the normally aspirated version was rated at
85 hp, but I really don't remember. These engines were rejected as unsafe
by the Australians. They require a teardown inspection (new) of all
aircraft engines
that are not certified, and they found too much horror in too many engines
eventually disallowing all Revmasters as unsafe. In my view Revmaster
was one of the better designed conversions, and had a nicely done crank
extension/prop hub/prop lateral load bearing assy.
I put myself thru grad school fixing VWs and have probably built up at least
60 engines personally over the years. They are not bad engines, but let's
think this over a bit. They are designed as a 96 cubic inch, low RPM, small
valve, pushrod engine without any crankshaft counterweights. The highest
factory rated HP they ever put out was 66 hp, and they would do this all
day for about 100K miles, a LOT longer if you drove more conservatively.
All of the previous is for the "real VW motors" not the Type 4, VW-Porsche
motor used in the 411 and 412 models, later aircooled buses (~78- ?) and the
Porsche 914-4. This is a TOTALLY different motor designed to be a lot
beefier, but sadly there are almost no speed parts out there for it and it
was made in a TINY fraction of the quantity of the older 'std VW motor'.
Take care.
Bill
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To: Jack Smith
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CC:
Paul-lamar-la@worldnet.att.net
Subject: Pusher shaft (Rotary :-))
Content-Type: multipart/mixed; boundary="------------7F7014BD1BAC"
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--------------7F7014BD1BAC
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Attached find rotary pusher shaft GIF.
( Was VW :-))
This is one of the heaviest parts in the gear box so you takes your pick
on the wall thickness. I think 2.65 ID might be enough. Maybe!
You lucky guys with FEA (Gary & Bill) might want to critique it.
04-04-1998 13:53:10 OD = 3 Length = 15
ID Weight Polar Moment of Inertia Section Modulus
2.500 9.719 4.117 2.745
2.525 9.275 3.961 2.641
2.550 8.827 3.801 2.534
2.575 8.374 3.636 2.424
2.600 7.917 3.466 2.311
2.625 7.455 3.291 2.194
2.650 6.989 3.111 2.074
2.675 6.519 2.925 1.950
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Subject: Ford C6 Ring gear bulkhead GIF
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Here is the next part you will need to build your own
rotary engine PSRU. This part will work with long and short shafts
pushers and tractors.
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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>From - Mon Apr 06 22:52:53 1998
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Don't get me wrong. The VW type engine does not come close to the
robustness and power to weight ratio of the rotary. The VW type engine
is just for those people that don't believe in the rotary yet. The
rotary is not everyones cup of tea yet. Some don't like the modest
increase in BSFC of the rotary. We will explore homebuilt strat charge
for the rotary in future newsletters.
A lot of the guys are missing the geared part about "don't call them
VW's". 65 HP at 3000 RPM is not entirely relevant. In fact if you
extrapolate 65 HP at 3000 RPM to 6000 RPM, 120 HP is not out of the
question.
Assume ones budget is $3500 per engine.... for two engines.
A new 180HP Lyc is $20,000 of course.
The specs are 120 HP at up to 6000 RPM for takeoff.
CB Perf. part # 1284 Drop in engine kit 76mmS 90.5mmB $850
CB Perf. part # 1446 044 heads SS valves 90.5B....... $180 each
Bernie Bergman Hydrulic lifter kit with Cam........... $220
Scat Killer Case 356T6 Aluminum. Solid mains.......... $1000?
Bernie Bergman 16 pass oil cooler kit................. $170
Push rod tube kit..................................... $50
Super heavy duty oil pump. Cast iron.................. $30
Oil thermostat........................................ $55
Head stud kit......................................... $80
Lightweight steel flywheel............................ $163
Total................................................. $3000
Less PSRU of course. Add another $500 for things I forgot.
I would build my own fuel injection and ignition.
The CB Performance Drop In Engine Kit has:
5.7 inch Carrillo Chevy H section chromoly rods with ARP bolts.
Forged chromoly counter weight crank with 8 dowel pins.
Forged pistons, barrels, rings, wrist pins and clips.
Copper head gasket, all other gaskets and rod bearings.
The 044 heads have 3/4 reach spark plugs and thicker material
around the combustion chamber.
For a recent book on up to date VW type engine technology I recommend
"Aircooled VW" 1996 by Keith Seume Motor Books International Oscela, WI
ISBN 0-7603-0314-2 $19.95.
VW engine tech has come a long way since I wrote the last two chapters
in "How To Hotrod Your VW" back in 1971. Bill Fisher books.
I think as long as you keep the head temp down to less than 250 F the
engine should live for quite awhile. Piston oil squirters would also
help.
BTW A CHT gage with probe for a VW engine is $60. EGT $150
The twin Longeze makes some sense. Complete flying Longeze can be had
for less than $20,000. The safety advantage is; both engines are
unlikely to fail at the same time. I would still be reluctant to fly in
any airplane with only one auto based engine other than a rotary.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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Bill's excellent letters point out many of the problems faced by
aircraft
piston engines of all kinds.
Paul
Bill Freeman wrote:
Paul,
I think the use of the SCAT aluminum case and the counterweighted
chrome-moly forged crank will get you a long way towards a bottom
end that will be stronger than the stock VW. I still worry about the
overall loads on the system. Remember that the rotational component of
the rod and crank loads increases as the square of the angular
velocity. S0, we nearly double the inertial stresses on the lower end
by going up to 6000 RPMs from the factory max of 4200 RPMs.
While the counterweights will help reduce
the internally "cancelled" loads due to cylinder offset (not present in
the new Continental diesel design, by the way) which are the primary
disadvantage to the flat four engine layout, I still am concerned. Does
the SCAT case use a larger diameter center main bearing? I hope so, but
it cannot be longer, due to cylinder spacing and thereby head design.
Are you aware that 200hp O-360s have a pretty bad problem with the
center main fretting, working and the case halves "walking" due to this
exact same phenomena, eveh though they use counterwieghted cranks.
There is even a 'shuffle pin' mod out there, just like a std "fix" for high
hp VWs! The internal bending stresses as the center main bearing
of a three bearing crank flat four is a long-term problem for many designs.
I would strongly prefer dual plug heads, and the Revmaster head that I
recently worked on had a nicely done second plug. I would insist on
selecting a 10mm plug rather than a 14mm (stock size) for the second
plug, to minimize the inevitable stress increase when drilling a hole into
the combustion chamber.
The 76mm stroke should use longer rods to reduce the substantial side
load on the pistons. I don't have the numbers handy, since it was nearly
20 yrs ago that I personally ran through a very detailed engineering look
at this project and abandoned this quest as too dangerous
for my personal funmeter. I would recommend that you use the same
rod-length to stroke ratio as the factory. The stock stroke is 69mm
and increasing it to 76 is about a 10% increase, so I would really want to
have 10% longer rods, which will require either spacers under the cylinders
or longer cylinders specifically designed for the stroke/rod length combo.
Years ago, there was a certain Chevy rod that was longer and a lot beefier
and could be used with a slight undergrind of the VW rod journals and a
narrowing of the rod's big ends. It was long enough to help the rod
angularity problem. Of course heavier rods increase the inertial load
on the crank, but only linearly, thank goodness.
I think it would not be unreasonable for your 1955 cc engine to produce
85 hp for takeoff with good reliability.
The only oil pump that I would trust is the Melling cast iron unit, which
I have no idea if they still make. It was MUCH higher quality than all
other units except the factory or EMPI. Far and away, EMPI made the
best speed parts, but they have been gone for 20 years.
An interesting aside. When EMPI engineers went to Mahle, the primary
OEM supplier for VW [Kolbenschmidt was the other; means "Piston-maker"
in German, really :-)] Mahle refused to supply piston
and cyl sets larger than 88 mm and only then if they were cast iron bores
with overcase aluminum fins for proper cooling. This is what later model
356 Porsches used, and all the 911s except the low hp "T" models, which
used std cast-iron units. I have to respect the Mahle engineers, these
guys still supply VW, Porsche, Mercedes, Volvo, and God only knows
who else. Top quality all the way. I strongly prefer Mahle piston and
cylinder sets, to this day. I built up the three engine that I recently put
together with Brazilian-made Mahle P&C sets. I am finally getting a little
bit comfortable with Brazilian quality, in the 70s essentially everything
they made was dangerous junk. Things have improved a lot, but my
memory is long.
I would be very leery of going too high on compression ratio. Altho
this is a great way to get more power, aircraft engines are operated in
a way as to dramatically increase the probability of severe engine damage
due to detonation compared to an auto engine. Consider that the
probably of severe damage at a full power 'light detonation' with an auto
engine is low due to the very short time period that the engine is going to
see full throttle & full spark advance as you run up through the gears. In
contrast, we expect our aircraft engines to runup to max power and sit
there for 15 minutes as we climb to altitude. The best thing happening is
that they are automatically losing power as you climb, which helps longevity.
I will give you the same advice I have given my young friend with the
Revmaster-powered Q2 -- Only use the top 15% of the available horse-
power available if really need it. I recommend using these engines much
like Continental recommends you do the O-470 in my C182. Take-off
with full power and unless an obstacle requires you continue at full
power, reduce to 'climb power' as soon as practical. This is a very
wise engine management technique.
As far as the heads are concerned, I don't really know what is out
there, but certainly thicker material around the comb chamber is
a good thing. I would recommend in the strongest possible terms
that ONLY TRW, ATE-TRW, ATE or Eaton brand exhaust valves be
used. In addition, it is very important that a absolutely perfect
three-angle valve job precisely to the VW factory specs be done
on every valve. This is absolutely critical to good exhaust valve
life. Seat width is critical. Too wide and carbon debris will not be
crushed due to excessive distribution of the valve spring force over
too large an area - leading to leaking and then burning valves. Too
narrow a seat and the rate of heat transfer to the seat is too low and
the valve overheats and burns, eventually breaking. These engines
move around, and valve clearances MUST be checked every 25 hrs.
In most cases only one or two valves will require adjustment, but if
left alone, you will eventually get a tight exhaust valve and drop
the valve head off. This is bad.
The head studs to use with the factory case are the SMALLER
diameter 8mm studs (NO TYPO) not the larger, older 10mm studs.
I don't know what the SCAT case uses, or recommends. The
smaller studs prevented studs from pulling out of the case by
being a spring and giving elastically rather than just pulling the
threads out of the case. Late cases used steel inserts with
10mm threads on the outside and 8mm on the inside with 8mm
studs to solve the head stud pulling problem. If you use a
stock case ONLY use a 1971 or later double oil-pressure relief
valve type case. These cases are really only suitable for lower
RPM setups, less than 5000 RPMs max and really best for below
4200 RPMs.
I think you can get a new O-320 150 or 160 hp ready to go for
about $16K if you shop around. I suspect that you will have
two "VW-based" engines and two redrives for about 550 lbs
and maybe 170 hp, less redrive losses ( 10 hp??). Questionable
if you ask me. I would recommend a different airframe since
the Long EZ will have a pretty high landing speed with this
engine weight plus the required 100-150 lbs of fwd ballast.
Best of luck. I'll offer whatever advice I can, but I think that these
engines are only economically viable in the 65 hp and down
range, and really would only use one for a Kitfox class aircraft
which is OK for off-airport landings with very low touchdown
speeds and a chrome-moly steel tube cage. Have you priced
a new ass lately? And they are SO hard to install ! :-)
Have you checked out the Limbach certified engines which are
originally based on VWs but much redesigned? I think they have
a 85 hp version. I have talked to them at OSH and they go to the
same OEM suppliers and have special parts made, like cases with
built in oil filter pads, etc. Very nicely engineered, but I suspect they
are still expensive, especially since they are German.
By the way, research what happened to Ken Rand (KR 1 and
KR 2 designer) and exactly why. :-(
Take care. Best regards.
Bill
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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Tracy Crook wrote:
Very much enjoy the electronic newsletter Paul.
Bill Freeman sounds as if he knows where of he speaks. I have to agree
that trying to get competitive HP (compared to Lycoming) from a (pair of)
VW type engines is floging a dead horse.
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
The torque pulses for a two rotor is the same freq. as a four cylinder
but the torque peaks and valleys are steeper with the same average
torque. So it is even more important to keep the weight of the prop
down.<
Not so Paul. This is a myth that got started around the time that
Powersport wrote an article for Sport Aviation. In 1996 (issue #3 , I
think) I published Mazda's tortional variation data on the 13B which shows
that the amplitude of the two rotor rotary looks almost identicle to a six
cylinder recip. Only the frequency was diferent on the 6 cylinder (3rd.
order engine) It is especially significant that the torque never crosses
zero (reverses) on the rotary but it does on a 4 cylinder recip. I'll
try to send the chart via Email but I haven't had much luck sending binary
files from compuserve for some reason.
Note that the power stroke of a rotary is 270 degrees vs 180 for the recip.
Opps!
* The definitive book on the Mazda rotary is simply called "ROTARY
ENGINE"
by Kenichi Yamamoto published by Toyo Kogyo Co. Ltd. (Mazda) in
1969. This is a highly technical book chronicling the development of
the wankel by Mazda. Kenichi is an engineer and has risen to CEO of
Mazda.
According to Kenichi on page 86 the two rotor and the four cyl four
stroke
are near the same freq as a function of output shaft rotation angle. I
was wrong on the amplitude. I agree with you on the amplitude
characteristics. I read the chart wrong and reversed them.
The numbers are as follows; -10 Kg/m to +50 Kg/m for the four stroke
four cylinder and +5 Kg/m to +35 Kg/m for the two rotor. Both have the
same mean torque of 16.5 Kg/m. Of course this was back in 1969 and the
latest engine might be slightly different as to torque peaks and
valleys. Therefore the rotary will be easier on the prop & output shaft
and not harder.
There is a chart on the same page that is called Coef. of Speed Fluction
(%) Vs. RPM and the two rotor is closer to a four stroke six than a four
stroke four.
Thanks for picking this up.
My subscriber database does not have much info on what they are building
but I'll try to see if I can find some in S.CA. that are actively building
as you asked.
PS: Everett Hatch made a redrive from C6 gears and attached the prop
shaft to the gear bulkhead in the same way you did on yours. It failed
during ground tests when the bulkhead broke out around the added bolt
holes. You might want to consider fewer but larger bolts.
Do you know what size bolts and how many he was using? Last time I was
up there at Everett's place after Sun & Fun last year he was
re-assembling his current internal-gear-type gear box, after the failure
at Sun & Fun, and the screws looked like #10 with a lot more of them. I
am using 12.. 1/4 inch. I don't think those screws failed at Sun & Fun.
Everett told me it was a bearing but I saw a crankshaft pinion gear with
cleaned off teeth in two places 180 degrees apart :-). Everett did not
believe in the clutch disk center. That could, of course, happen after
the bearing failed.
I will check the stress in the bulkhead and see what the optimum size
and spacing is.. if any. I would give almost anything except large
amounts of money for FEA. I might have to make that part instead of
cutting down the Ford part. It won't be easy because of the weird Ford
spline.
Thanks for this tip.
Name: TorqueChart.bmp
Part 1.2 Type: Windows Bitmap (image/x-MS-bmp)
Encoding: base64
Can you get those charts in GIF format Tracy? Both Netscape 3.0 and
Compuserve plot those automatically when embedded in an email message.
XTree Gold, among others, views .BMP graphic files quite fine however.
If not, let me know as I can work out something else. Like viewing them
with XTree Gold and capturing them as GIF using DGFX.
Email your address and newsletter info as some people on here might be
interested in recieving your rotary engined RV6 newsletter. See you at
Sun & Fun. If you have Rob's phone number please tell him I know of a
three rotor in Japan for sale for about $2000.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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I checked that shear stress in the bulkhead. The minimum distance
between the twelve 1/4 in holes on a 1.25 inch radius is about 0.4
inches.
Twelve of those gives 5.8 inches.
The total thickness of the bulkhead is .325. I assumed the stress only
acted on about 0.164 of that because of the countersunk flat head cap
screws used. So 0.164 times 5.8 gave me a shear area of 0.787. That
results in a shear stress of 10,700 PSI with a torque of 9600 inch
pounds or 800 ft lbs. About on third the shear stress in the bolts
themselves.
Did I miss something here? Am I doing this right?
It is good that I am sending the drawings out for you guys to check my
work. I do make mistakes from time to time.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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Subject: Strat charged.
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The key to good BSFC with the rotary appears to lie with stratified
charge. Stratified charge is little more than a fancy word for
direct injection. The difference is; there is a spark plug that
lights a pilot flame in a small auxiliary combustion chamber. The
pilot flame in turn lights the main fire. This keeps the unburned
hydrocarbons out of the far reaches of the main combustion chamber
and allows a real lean mixtures. Hence the BSFC can get down to 0.37
for the rotary.
One of the hangups is comming up with an injection pump. The
traditional jerk pump as found on 200 HP diesels works but is heavy
and expensive. It is also not designed to work at 8000 RPM. Most
diesels this size run at less than 3000 RPM.
Here is my design for a system that might work. It won't work in any
case where a rapid change in power is required but may work in an
aircraft/boat engine or generator. The lever controls the position of
the big piston which in turn controls how much fuel is stored in the
0.050 bore fuel injector cylinder. When the solonoid fires it dumps the
engine oil pressure under the big piston and allows the big spring
to force the little and big piston down injecting a quantity of
fuel at a 50, 000 PSI pressure which should go a long way towards
atomising it. Yes Peter that sentence was way too long. With the
solonoid off the big piston is lifted again by engine oil pressure.
The next quantity of fuel then fills the small cylinder.
There is nothing in here that is very expensive.
Will it work?
Ford Navistar truck engines have something similar I think.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Mon Apr 06 23:56:45 1998
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From:
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Message-ID:
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Date: Mon, 06 Apr 1998 19:29:19 -0700
X-Mailer: Mozilla 3.0C-WorldNet (Win95; U)
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To: Jack Smith
<reety987@yahoo.com>
CC:
paul-lamar-la@worldnet.att.net
Subject: Strat charge
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Opps! I sent the drawing and not the GIF. Save the drawing and delete it
to save room on your hard disk.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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>From - Tue Apr 07 23:37:34 1998
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Date: Tue, 07 Apr 1998 09:05:30 -0700
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To: Jack Smith
<reety987@yahoo.com>
Subject: [Fwd: Re: Strat charge]
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Richard Riley wrote:
NASA did a strat charge rotary - SCORE, Stratafied Charge Omniverous Rotery
Engine - back in the 70's. I think John Deere has the rights to it now.
They got it to run (I swear) on Night Train. On gasoline they got the SFC
to about .32.
John Deere sold to Rotary Power International. I found a 1995 RPI SAE
paper on the strat charged in my collection. Paper # 950452 High Speed
Electronic Fuel Injection for Direct Injected Rotary Engine. Andrew E.
Meyer and Clifford Shoemaker. IMHO my system is simpler, lighter and
much cheaper. Anybody on here know their email address? I would like to
add them to the list.
SInce the secondary chamber is really acting as a great, large spark plug to
get a super lean mixture going, Klaus' Plasma ignition would be an
interesting thing to try in a rotary.
I don't know? He is kind of stubborn. He was getting this newsletter but
he begged off just before the direct injection :-)
Richard Riley "I've moved beyond anger, denial
Renaissance Composites, Inc. and hostility. Now I'm into
3025 Airport Ave choclolate"
Santa Monica CA 90405
310.391.1943
See the Berkut at
http://www.berkut.com
>From - Tue Apr 07 23:37:35 1998
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From: paul-lamar-la@worldnet.att.net
Message-ID: <352A517B.6FAB@worldnet.att.net>
Date: Tue, 07 Apr 1998 09:16:59 -0700
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To: Jack Smith <reety987@yahoo.com>
Subject: [Fwd: That SAE paper]
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Tracy Crook wrote:
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
Tracy do you have the number and title of that SAE paper you sent me the
BMP scan of?
Those charts are right out of the Yamamoto Rotary Engine book. The book
is hard to get if not impossible so I would like to reference that
paper. There is also a 1981 version of the book published in Japan which
I have never seen. Hopefully it is updated and in english.
Robin and I are considering going to Japan soon to investigate the
possibility of picking up a three rotor. If I don't hear from (your friend) > Rob soon I might buy the one we have located now for $2K.
<
Unfortunately I only received a part of that SAE paper in an anonomous
letter. It is also possible that the sender was wrong about it being from
an SAE paper. You are right though, the charts are right out of the
Yamamoto book (I have a Xerox of the 1981 edition in english).
I don't know how many bolts Everett used on his C6 drive and I don't think
they ever flew it. Your figures look fine to me on the stress but I have
no idea what caused the failure. Could have been unexpectedly high stress
due to resonant condition or even a defective part. Wish Everett was here
to ask.
I'll see if I can convert those BMPs to GIFs in the future.
On the subject of Email, I seem to be getting two copies most of the stuff
you send. Duplicate adr. in your group mailing list?
I will remove your hangar email address.
BTW, if you don't end up getting that 3 rotor, let me know. I'm looking
for one too.
Tracy
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Tue Apr 07 23:37:37 1998
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From:
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Date: Tue, 07 Apr 1998 12:45:21 -0700
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To: Jack Smith
<reety987@yahoo.com>
Subject: [Fwd: [Fwd: Re: Strat charge]]
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Peter Garrison wrote:
As of 1993, Rotary Power International was at PO Box 128, Wood Ridge, NJ
07075-0128. Tel 201 777 7373, fax 201 779 5595. I called (4/7/98) and left
a message asking for an update on SCORE and/or other aero or light mobile
applications. Their message mentioned only purchasing and accounts payabe
departments, so it doesn't sound as if they're in active engine work.
I have a long paper (Figart and Mount) on "Advanced Stratified Charge
Rotary Aircraft Engines / The Transition from Reserach to General Aviation
Application" that was given in Wichita in 1993. I also have a brochure for
their 340-hp aviation engine Model 2013R (evidently SCORE), plus spec
sheets on "580 series" engines with up to 6 rotors (2250 hp). Also a couple
of AIAA papers and a Charlie Jones review of work in the late '80s. All in
near-perfect condition!
Peter Garrison
I assue Peter they are for sale?
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Tue Apr 07 23:37:38 1998
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Date: Tue, 07 Apr 1998 12:55:05 -0700
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To: Jack Smith
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CC:
paul-lamar-la@worldnet.att.net
Subject: Fixed timing all mechanical injection.
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For those application that fixed injection timing will work such as AC
engines and generators this design is even simpler and less costly to
make. In fact it is probably less costly than a conventional electronic
fuel injection system. It will also run at a higher RPM probably.
The two timing shafts shown are really one and the same. The timing
shaft is geared to the ecentric shaft with a timing belt, one to one.
The reason I am using engine oil pressure rather than fuel pressure for
my pressure amplifier is; any high pressure injection pump requires a
fair amount of horse power to operate. The engine oil system has HP in
abundance.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
--------------1A3276F677EA
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--------------1A3276F677EA--
>From - Thu Apr 09 18:35:01 1998
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From:
paul-lamar-la@worldnet.att.net
Message-ID:
<352BA76F.6A15@worldnet.att.net>
Date: Wed, 08 Apr 1998 09:35:59 -0700
X-Mailer: Mozilla 3.0C-WorldNet (Win95; U)
MIME-Version: 1.0
To: Jack Smith
<reety987@yahoo.com>
Subject: [Fwd: [Fwd: Prop and shaft problems.]]
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Tracy Crook wrote:
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
Email your address and newsletter info as some people on here might be
interested in recieving your rotary engined RV6 newsletter. See you at
Sun & Fun.
Here's the info on the book & newsletter as well as the other stuff I'm
doing.
I publish a book (Aviator's Guide to Mazda Rotary Conversion) and a
newsletter for builders using Mazda rotaries. It is based on my
experiences during the 13B installation, testing and over 600 hours of
flying on my RV-4. The book covers all phases of the conversion and talks
about the various versions that Mazda built, what the differences were,
which ones to use, etc. The newsletter covers ongoing projects I am
working on and news from other builders using the Mazda 12A, 13B and 20B
rotaries
Both can be ordered from me at:
Tracy Crook
1936 Nugget Dr.
Clearwater FL 33755
Book is $35 in US & Canada, $40 elsewhere, including airmail shipping
Newsletter subscriptions are $12 per year US, $15 elsewhere. Published
bi-monthly 6 times a year. I send a sample issue with all book orders.
Back issues of the newsletter are available for $10 per year ($12 outside
of US). 1996 and 1997 are both available.
Dual, redundant ignition controllers are available for $300 + shipping.
The controller is used with the stock crank angle sensor and coil
assemblies which are not included. I have flown this design for over 600
hours now.
I will soon have a dual EFI / ignition controller for sale as well. It is
presently in testing and will sell for about $750.
Also in development is a planetary PSRU of my own design. It has a 2.176 -
1 ratio and is rated for up to 250 HP. I expect it to be tested and
available around the end of 1998.
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Thu Apr 09 18:35:11 1998
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From:
paul-lamar-la@worldnet.att.net
Message-ID:
<352C53D5.1974@worldnet.att.net>
Date: Wed, 08 Apr 1998 21:51:33 -0700
X-Mailer: Mozilla 3.0C-WorldNet (Win95; U)
MIME-Version: 1.0
To: Jack Smith
<reety987@yahoo.com>
CC:
paul-lamar-la@worldnet.att.net
Subject: Integrated injector version.
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--------------34CA27F92948
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This is the integrated version of the injector. The high pressure pump
and needle valve are in the same housing. A hollow needle valve is used.
The timming block is separate and connected to the injectors with engine
oil pressure lines.
The pilot injectors are teed off the main injector oil lines. The pilot
injectors can have a simple screw adjustment for pilot volume instead of
the volume lever.
Correct me if I am wrong but I don't think there is any need to throttle
the air supply with this type of stratified charge. If that is the case
the speed and power of the engine is only controlled by the volume
levers. As such this is a simple engine indeed.
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
--------------34CA27F92948
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>From - Thu Apr 09 18:35:19 1998
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Bill Freeman wrote:
Paul,
Do any of the guys have a concise explanation for why
Deere dumped the rotary. If they could get the BSFC
to 0.32,
I think Richard was wrong. I think it was more like 0.37.
seems like this unit would have made production
for their heavy equipment, at least. I know they dumped
a lot of money into the develeopment, but never heard a
"real" reason. The durability seems to be very good, and
it would seem that truckers, earth mover owners and
farmers would be extremely interested in reducing their fuel
costs.
On the other had, explain the logic of no airframe manufacturer
picking up on the Voyager series of Continenal water-coolers.
With water cooling and a 0.375 BSFC, they should have done
well, but only RAM is using them. Hard to understand.
Maybe the better mousetrap doesn't always get the worm. :-)
Apparently GM dumped the rotary at the last second
due to fuel economy problems, altho this seems to be much
less of an issue today - due to both more affordable fuel and
more sophisticated engine control systems.
I seem to remember that the emissions were pretty tough
to deal with, although Mazda has been able to make the
RX7 meet all the US regs. Seems that the direct injection
would help minimize the quench problem with the extra
combustion chamber surface area, since I imagine that the
fuel/air 'bubble' finishes burning prior to really hitting the walls.
Looking fwd to hearing what the real reason for the
rotary being dropped by Deere and never being picked
up by Lycoming.
Thanks
Bill
Me too. In the case of automotive use it is worse for emmissions and the
BSFC at low power settings (typical of automobile use) is much worse
than a piston engine. Mazda was making progress on those fronts but Ford
pulled the plug.
Paul
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Bill Freeman wrote:
Paul,
I haven't got the time to check out the injector pix right now, but the
hydraulic amplifier is a good method to get the pressure for direct
injection. I think you're right that there will be no need to throttle
the air, it'll run like a diesel, with excess air most of the time. I
expect the
emissions might work a bit like the diesel too, fine until you get too
rich (max "throttle" - actually fuel qty) and then really dirty.
Bill
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Peter Garrison wrote:
None of the papers I have says anything about sfc's below 0.4. They're more
like 0.43.
Here's what I've got:
1. The Figart & Mount paper mentioned in my earlier e-mail. It is a
historical summary of work to 1993.
2. Stratified Charge Rotary Engine Developments at JDTI from 1984 to 1991
(Charles Jones)
3. SAE 88-GT-271 "A New Source..." (Charles Jones)
4. Advanced Stratified Charge Rotary Engine Technology for General Aviation
Systems, Mount & Wright. AIAA 1990
5. AIAA -84-1395 "Design of a High-Performance Rotary..." (Jones and
Mount)
6. AIAA-86-1553 "High Performance Stratified Charge Rotary..." (Mount &
Greiner)
Plus various brochures from RPI, who by the way have not yet returned my
phone call.
Peter Garrison
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Jeff Spitzer wrote:
Paul,
I have been recieving your newsletter for a week or so now. I'm not sure
how I got on the list but I have enjoyed reading the posts. I need some
instruction on how to participate. Do I just send an e-mail to this address?
Yes!
In regards to stratified charge rotaries:
-Stratified charge differs from direct injection diesel because there is
insufficient heat (aka pressure) for autoignition. Therefore you must
start the fire with a spark plug as you mentioned. This is easier said
than done because a proper *mixture* must exist at the spark plug and just
spraying fuel past it at high pressure will not work. It is for this
reason that most, if not all, successful strat charge rotaries have two
injectors. One is optimized for a limited, short duration soft spray near
the spark plug to form a combustible mixture. The other is a hard
penetrating spray to carry the whole affair though the combustion chamber.
-It is by no means easy. Curtis Wright/John Deere spent 100's of millions
on the SCRE program perfecting this. Even with their knowledge, RPI still
had to struggle with a new engine. Best BSFC's I've ever seen from a Strat
rotary in the size were interested in is about .45 this is from the RPI stuff.
-The injector you're thinking of in the Navistar is nicknamed HEUI (say
Huey) which stands for hydraulic electronic unit injector. The principle
is similar to that which you describe except a high pressure (3000 psi)
hydraulic pump generates the motive force and it is this fluid which is
controlled by the solenoid. A intensifier piston is used as you describe
and it is returned/lifted by a spring. The reasons yours will not work are:
1) The key to the thing is the solenoid. If you do the math you will find
that in order for your injector to be worth a damn the solenoid must open
in a couple tenths of a millisecond and must be stable/reliable within less
than one tenth of a millisecond in order to accurately control injection
timing. You can't buy these solenoids on the open market.
2) The cycle rate of the injector (especially at 8000 RPM) and the lower
limit on mass of the intensifier piston add up to require much more than
oil pressure to get the job done in time.
I was hoping you would comment Jeff. We are very lucky to have you on
here with your extensive rotary expeirence. If you don't mind, please up
load a short list of your experience in this field as I will surely get
it wrong from my memory alone.
Paul
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Jeff Spitzer wrote:
To my knowledge the rotary emissions are actually better in all respects
except unburned hydrocarbons. Because of the flat, slow burn combustion
chamber, NOX production is highly limited, CO is controlled though closed
loop mixture control. High HC is controlled on RX7 through use of
"afterburner". I think they call it "reaction chamber" which is a hot
running exhaust manifold where air is added to burn excess HC.
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Jeff Spitzer wrote:
BTW-
Another problem with strat charge is nto throttling the air, its not having
enough air. The power output is way down without a properly matched turbo.
At best you can burn about 60% of the air if you want good BSFC and low
smoke. That means 60% power normally aspirated. You need a turbo...no
throttle.
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There appears to be some confusion about the BSFC achieved.
We have heard numbers on here anywhere from 0.32 to 0.46.
In SAE paper 920310 "Stratified Charge Rotary Engine Developments at
JDTI from 1984 to 1991" by Charles Jones. On page 7 there is a chart
showing BSFC for the 2034R engine. At a cruise RPM of 3500 and at a
BMEP of 120 the BFSC is 0.40 on any of Avgas, diesel or jet A. This
is the joint Lycoming Deere 400 HP at 5800 RPM engine. The critical
altitude for this engine is 20,000 ft.
The turbo used is an AiResearch TB94 and a Stewart Warner aluminum
air-to-air intercooler. There appears to be a typo in the paper as
the chart is referred to as Fig. 19 in the text and the actual chart
is labeled Fig. 18. Fig 19 is a picture of the engine.
On page 4 Fig. 8 Chuck describes a three rotor 580 series that is
below 0.37 from 1800 RPM to 2700 at 600 to 950 HP. This engine was
intended to power a USMC FMC tracked mobility test bed. Also on page 4,
Fig 5 is another chart showing a BSFC of 0.38 for a 216R "D &V" Engine
between 2000 RPM (500HP) and 2500 RPM (600 HP). This too was for the
USMC 750HP engine. Two rotors, total displacement of 11.6 liters.
In SAE paper 950452 High Speed Electronic Fuel Injection for Direct
Injected Rotary Engine by Meyer and Shoemaker at RPI the best they
could do with a jerk pump at 160 BMEP is 0.46. The jerk pump
appeared to be slightly better than the high speed electronic FI they
tried. My copy of the paper is so bad it is tough to read so I am not
sure about that. The injection pressures were rather modest at about
8800 PSI.
You don't suppose somebody at Deere was lying about this do you?
If we can't do better than .43 strat charge would not be worth it as
peripheral ports, electronic or mechanical fuel injection and a
tuned intake will get you below 0.50 in a 13B.
BTW Tracy what are your fuel burn numbers for your 13B powered RV4 at
what cruise speed? HP requirements for the RV4 are well known.
Then again there is still a future requirement for jet A fuel.
Meanwhile Renault is claiming 0.32 for their diesel AC engine.
Renault is not to be underestimated (except in quality control) as
they dominated Formula One engine design for several years.
As a result of what Jeff has said about the acceleration of the big
piston in my fuel injector I could take a page from Renault's book
and use a pneumatic spring return system for the high pressure
Ti piston to reduce system mass.
Paul
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3000 PSI? No problemo Jeff. We will just use a sledge hammer to slam
that big piston up against the stops :-).
I found that the people with the highest performance hydrulics are the
low rider and car hopping/danceing people here in So Cal. Get a copy of
Scrape magazine.
I am impressed with the fact that they are running their pumps at 25,000
RPM and 6000 PSI without apparent cavitation. Size and weight are very
important for our application and 6000 PSI implies a lot of HP in
a small package. These guys are right out there on the cutting edge of
hyd. technology.
I visited with Ray Palmer at Pro Hopper in the SF Valley and saw the
Fenner Stone PN 106 pumps. Ray also gave me a little more information
about the flow Vs. RPM Vs. GPM Vs. PSI.
According to all the info he had; 2000 PSI at 1725 RPM and 1 GPM for the
#6 and 1.3 GPM for the #8. If you extrapolate that to 25,000 RPM, 6000
PSI at 5 GPM or so that is a lot of HP which is what they are running
them at. If you can get a 3000 pound car to jump four feet off the
ground you know you got some grunt :-).
I think we can use these low cost 5 pound all steel pumps at a more
modest 6000 RPM or so :-) We can then use the excess capacity to retract
the gear and control the constant speed prop. They make a lighter, lower
cost aluminum pump with the same specs as well.
Paul
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Tracy Crook wrote:
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
If we can't do better than .43 strat charge would not be worth it as
peripheral ports, electronic or mechanical fuel injection and a
tuned intake will get you below 0.50 in a 13B.
BTW Tracy what are your fuel burn numbers for your 13B powered RV4 at
what cruise speed? HP requirements for the RV4 are well known.
<
I could throw out a lot of numbers but the fact is that the only point at
which I have reliable numbers is at max economy cruise setting (MPG not
BSFC). By reliable I mean numbers taken at standard conditions, ie, sea
level, 59 degree OAT, 50% humidity, etc. Any idea how rarely these
conditions are encountered in actual flight? <G> Thats why I take most of
the reports I read and hear with a grain of salt.
Anyway, under these conditions I fly at 138 MPH TAS while burning 5.25 GPH
(31.5 lb / Hr). This is slightly less than 40% power. This airspeed
requires 60 HP for the RV-4. This figures out to a BSFC of .525. This
figure improves at higher throttle settings but I don't have accurate
enough numbers to toss out.
Remember that this is while using a very crude carburetor setup. I expect
things to improve when I install the EFI.
Tracy Crook
That jibes with automotive experience. The rotary needs to be up near
torque peak to get optimum BSFC. 40% and 60HP is way off the torque
peak.
How does it look for building that dyno? My offer still stands for
helping out with that. In fact I will build the whole thing and donate
little money for materials too. Did the water go down in your hangar
yet? Camping on the Suwanee might be fun. Is there a Home Depot near
there?
Paul
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I am going to take Jeff's suggestion and use a high pressure pump to
generate the oil pressure for the injector.
I found a little more information on that Fenner Stone high pressure
pump I am going to use.
BTW I have no intention of reinventing the wheel. I will copy the
CW/Deere/RPI configurations as closely as possible except for the use of
the injection pumps. There is no law against copying something patented
if it is for your own use. If if I can get the BSFC only down to the
same as an aircraft recip (0.43) and run it on jet A I think it will be
worth it.
The Fenner Stone PN 106 pump is 2 1/4" long 3 5/8" high and 3" wide less
cog belt pulley. The intake dia is .6 inches and the outlest is .368
roughly. The low rider guys use # 6 hoses. The input shaft is 1.2 inch
long and .435 dia. There is a spline on the end about .4 inches long.
The aluminum version weighs 3 pounds and the steel version weighs 5
pounds.
Fenner Stone is in Rockford Ill. and Pro Hopper is at 16126 Cantlay St
Van Nuys CA 91406 (818) 901 6100 the cost of the Al pump is $65 and the
steel pump is $90, either a #6 pump or a #8 pump, from pro Hopper.
I think I can integrate the pump with the timing block to cut down on
complication and external plumbing. This means the pump will be running
at engine speed and 2000 PSI will be available at 1750 RPM.
Paul
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Web:
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>From - Mon Apr 13 20:26:21 1998
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Date: Fri, 10 Apr 1998 19:03:30 -0700
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Peter Garrison wrote:
IMHO BSFC is not that important. A simple, maintainable, inexpensive,
durable, smooth, powerful and compact engine is desirable even if its fuel
specifics are no better than those of conventional HO recips, or even if
they are worse. For supporting evidence you need look no farther than the
fact that most pilots run their Continentals and Lycomings well rich of
peak because they imagine that by doing so they are being kind to their
valves. In other words they are buying overhaul insurance with avgas.
People will be happy to pay for other kinds of advantages with avgas -- or,
preferably, jet fuel -- too.
Peter Garrison
but you still have to fight the marketing spec war.... range... gal per
hour ...endurance... payload full fuel... etc.
Paul
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The aircraft rotary engine electronic newsletter.
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>From - Mon Apr 13 20:26:22 1998
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Date: Fri, 10 Apr 1998 19:12:53 -0700
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To: Jack Smith
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Subject: Lycoming rotary engine.
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Besides Peter, this is real challenge :-)
This information is from SAE paper 871039 Advanced Liquid-Cooled,
Turbo-charged and Intercooled Stratified Charge Rotary Engines for
Aircraft. by Mount and Bartel at Deere and Hady at NASA.
The reason for Avco Lycoming quitting was given on page 9 "as a
consequence of rapidly rising product liability insurance cost."
The preliminary engine BSFC spec (for what that is worth) is takeoff
0.40 to 0.42 and 0.38 to 0.41 for cruise.
According to this paper there is no need to richen the mixture for
takeoff cooling purposes as is commonly done in a recip. This BSFC
for a recip in this mode is quoted at 0.75 and 0.60 for a diesel.
400 HP at 5800 RPM. Weight 550 pounds. 100 pounds lighter than a
recip and 300 pounds lighter than a diesel. (We shall soon see what
the Renault and Cont. diesels weigh.) Two rotor 30 cubic inch per
rotor.
The radiator was 13.25 by 19 by 3.5.
6800 BTU/min. 50/50 water and glycol.
The Stanadyne Diesel Systems Group electronic injector system chosen
had these spec:
Max speed for injections was 9600.
Min speed 100 injections per minute.
Max flow pilot 8 mm^3.
Min flow pilot 2 mm^3.
Max flow main 100 mm^3.
Min flow main 6 mm^3.
Max injection pressure 10,000 psi pilot 15,000 psi main.
Min injection pressure 2000 & 3000 psi respec.
(Looks like I can come down on my injection pressure.)
A Nippondenso 4 plunger EP-9 Series in-line jerk pump was also
used running at half ecentric speed. Two injectors were used for
pilots and the other two for mains. The cam was modified by adding
four more lobes 180 out from the existing four lobes.
Timing: spark starts at 80 degrees before TDC Pilot starts
at 70 degrees BTDC Main Starts 55 BTDC. Ends up to 5 degrees ATDC.
Max injection duration 50 degrees for pilot and 80 for main.
The turbo system ran at 46" Hg 74 lb/min airflow rate up to 20,000
ft. The pressure ratio at full power at 20,000 feet was 3.5:1 and at
75% power at 25,000 feet it would be 4:1.
The intercooler had a "minimum effectiveness" of 75% and a 1" Hg
drop.
Paul
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The aircraft rotary engine electronic newsletter.
Web:
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>From - Mon Apr 13 20:26:23 1998
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Date: Sat, 11 Apr 1998 06:23:12 -0700
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Gregory R. Travis wrote:
On Fri, 10 Apr 1998 paul-lamar-la@worldnet.att.net wrote:
The reason for Avco Lycoming quitting was given on page 9 "as a
consequence of rapidly rising product liability insurance cost."
That's funny. A press release that they issued in 1986 had them stating that
they quit because the research dollars were not available to continue
the project.
Richard Moffet, of Lycoming, additionally told me that they were having
fairly severe weight problems with the engine as well.
Another aggravating factor may have been the DISASTEROUS attempt to
manufacture the LT(S)-101 turboprop engine at Williamsport. The
shit was hitting the fan on that project at about the same time.
The preliminary engine BSFC spec (for what that is worth) is takeoff
0.40 to 0.42 and 0.38 to 0.41 for cruise.
Moffet told me 0.42 at cruise for the engine.
greg
p.s. Paul - how come I only seem to see your responses to other people
and not what they are writing?
Good question. If you get this you should be getting what they are
writing as i merely forward almost everything sent to me. Bug in
Netscape 3.0?
Email me back as soon as possible. Is anybody else having this problem?
Paul
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The aircraft rotary engine electronic newsletter.
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Date: Sat, 11 Apr 1998 06:33:02 -0700
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Peter Garrison wrote:
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
but you still have to fight the marketing spec war.... range... gal per
hour ...endurance... payload full fuel... etc.<
Yes, but if you get .45 or so you're not going to look any worse than
anybody else. So failure to get .38 is not going to make that much of a
difference. You just market your strengths anyway.
Peter
I agree Peter. I do fly a very simple and very inefficient airplane. The
182. About 10 or 11 MPG. I do wish it was much faster and more
economical however. The price of AV gas is getting up there and auto gas
is not the answer if you do much cross country. It is rare to find
autogas at airports. I think 0.5 as opposed to 0.43 would be noticeable
to the average pilot. I would be happy if I got 0.43 out of the rotary
with whatever system I can come up with to do that.
Paul
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The aircraft rotary engine electronic newsletter.
Web:
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>From - Mon Apr 13 20:26:25 1998
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Date: Sat, 11 Apr 1998 06:46:32 -0700
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John Lynch wrote:
paul,
Just thought you'd like to see Dave Anders's latest mod to N230A. Note
the entirely new turtleback and reshaped canopy- to reduce the
separation typical on regular RV-4 bubble canopy. Also, the cowling,
which features his round inlets and pressure plenum, has now been molded
by the Giles G200 guys in Oregon in high temp carbon/nomex prepreg.
Saved about 10 lbs and increased stiffness about 3 times. Before this
latest modification, which took 4 months, he had set the CAFE record,
trouncing John Harmon in the Rocket and raising the points total by over
a 1000 with a top speed of 250+, stall of 44.5 mph, and ROC of about
3300 fpm.
He doesn't have any new performance numbers till this weekend, but
climbing out of Visalia with his dad aboard, they were indicating
130mph climbing 2500 fpm. He cruised down at 6000 ft at 25 square at 200
knots (230mph).
This image is a jpeg taken at the medium high resolution mode of my
camera: 1280 x 1024 x maybe 16 bit color, 217 kb in jpg compressed form.
Can you read it all right?
---------------------------------------------------------------
It's beautiful. Next modification... laminar flow wings ????
BTW guys this is not your average IO 360 200HP Lycoming. It has a few
minor mods:-)
Paul
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The aircraft rotary engine electronic newsletter.
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--------------65D8EE369E2--
>From - Mon Apr 13 20:28:37 1998
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From:
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Date: Sat, 11 Apr 1998 15:44:38 -0700
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To: Jack Smith
<reety987@yahoo.com>
Subject: 0.37 BSFC ?
Content-Type: multipart/mixed; boundary="------------11C554427402"
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Found another reference to a BSFC of 0.375 in Aerospace Engineering
June 1992 author anon. page 18 "The resulting cruise BSFC was 0.375
lb/bph*h."
Information for the article was provided by Edward A. Willis Sverdrup
Technology Inc. and John J. McFadden NASA Lewis Research Center.
I suspect Deere is not lying about this. I think RPI is haveing trouble
repeating the data. If it is anything like a diesel the BSFC is very
sensitive to mudane details like; rate of injection, timing, duration
and spray patterns.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
--------------11C554427402
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>From - Mon Apr 13 20:28:41 1998
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From:
paul-lamar-la@worldnet.att.net
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Date: Sat, 11 Apr 1998 21:09:43 -0700
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To: Jack Smith
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Subject: [Fwd: [Fwd: Re: Lycoming rotary engine.]]
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Tracy Crook wrote:
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
The reason for Avco Lycoming quitting was given on page 9 "as a
consequence of rapidly rising product liability insurance cost."
That's funny. A press release that they issued in 1986 had them stating
that
they quit because the research dollars were not available to continue
the project.
<
I like debating the technical merits of various engines but the reason for
the failure of these projects is frequently far removed from technical
factors. Please pardon the following soapbox speech but I couldn't stop
myself.
My take on the "Rotary Saga" is that RPI, John Deere, Lycoming, et al, were
all after the same thing: research money from the government. I don't
believe any of them had the slightest intention of mass producing rotary
engines. For good reason. There is simply no real market for a new mass
produced aircraft engine. The market is very small to begin with and there
is no infrastructure in place to support a new engine.
I get a bit fed up at all the hoopla over the recent development
contracts given to Continental and Williams as well. Does anyone really
believe that a jet aircraft (or even a jet engine) affordable to the
average pilot will result from this? Same deal on the diesel from
Continental. From my understanding, all they have to do for the money is
fly ONE engine at the end of the contract (Oshkosh 2000 I think). There
isn't a requirement to meet any of the stated cost and performance goals
let alone produce engines for sale. Not a bad day's work for 46 Million
bucks. I have a lot more respect for Renault who went out and quietly
designed & built their diesel aircraft engine.
Tracy Crook
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Mon Apr 13 20:28:42 1998
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Date: Sat, 11 Apr 1998 22:03:05 -0700
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To: Jack Smith
<reety987@yahoo.com>
Subject: New integrated injector.
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I redesigned my injector yet again.
I had the bright idea of putting the high pressure pump into the needle
valve itself. This further reduces the possibilities of leaks in the
high pressure system. Plus of course no external high pressure plumbing.
Probably a patentable idea but not worth the cost and hassle for me. If
were Bosh that would be another matter.
I also replaced the needle valve coil spring with belleville spring
washers as I can vary the seat pressure much more easily by changing the
number of spring washers used.
I think the next drawing is a timing disk instead of a timing shaft. I
think I can get more flexabilty out of opening and closing times with a
disk.
I picked up a great little book at Autobooks in Burbank today. "Diesel
Fuel Injection" first edition 1994 published by Bosch $39. 200 pages.
About six by eight. Excellent drawings, cut-a-ways and photo's. Written
by a committe of PHD's and degreed engineers. I think I got the last
copy so don't bother calling.
I did not know that up until Bosch invented the injection pump in 1923
fuel was injected into diesel engines (invented in 1895) by high
pressure air. I thought Orbital invented that about ten or fifteen years
ago in Australia.
The PHD's who wrote this book cannot make up thier minds about a
desirable injection pressure. As the chapters increment the ideal
injection pressure goes from about 800 bars to 1200 bars and perhaps
"more in the future". One bar is about 15 PSI as I recall so that is
18,000 psi more or less. This book is well worth it as, come what may,
there will be a diesel in our future.
It appears that jerk pumps with governers are overkill for AC
applications as the prop load on an aircraft engine never sleeps.
One passage I found very interesting. Page 192 "The nozzle's spray hole
length and diameter, and (to limited extent) its spray orifice shape
have an influence upon spray management and, as a result, upon the
engines' output power, its fuel consumption and its exhaust emmisions."
Holy shit! I am in for it now! Since these SAE papers I have are little
more than marketing brochures I am going to have to contact NASA and
demand the specific information payed for with 100 million dollars of
your tax money :-)
Maybe ten surface spark plugs and ten of Klaus's "Plasma" ignition
systems are the way to go :-)
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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--------------4BB1538B30EF--
>From - Mon Apr 13 20:28:48 1998
Received: from mtigwc05.worldnet.att.net (mtigwc05.worldnet.att.net [204.127.131.35])
by borg.echelon.ca (8.8.8/8.8.8) with ESMTP id XAA25555
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<plamar@echelon.ca>; Sun, 12 Apr 1998 23:42:27 -0400 (EDT)
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From:
paul-lamar-la@worldnet.att.net
Message-ID:
<353182C0.2795@worldnet.att.net>
Date: Sun, 12 Apr 1998 20:13:04 -0700
X-Mailer: Mozilla 3.0C-WorldNet (Win95; U)
MIME-Version: 1.0
To: Jack Smith
<reety987@yahoo.com>
CC:
Paul-lamar-la@worldnet.att.net
Subject: Ford parts for PSRU
Content-Type: multipart/mixed; boundary="------------4992C1249A"
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This is a multi-part message in MIME format.
--------------4992C1249A
Content-Type: text/plain; charset=us-ascii
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These are the parts you need from the heavy duty Ford C6 auto
transmission to build a PSRU for the Mazda rotary, VW or Suburu.
The gears came from the truck version of the C6.
Starting at the top clockwise. Ring gear, ring gear bulkhead, sun gear,
clutch disk center (Chevy V8 shown) and four pinion carrier assembly
with four pinion gears.
All these parts only weigh ten pounds total.
Much thanks to John Lynch for providing this picture.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
--------------4992C1249A
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>From - Mon Apr 13 20:29:07 1998
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From:
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Date: Mon, 13 Apr 1998 10:46:56 -0700
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Jeff Spitzer wrote:
At 06:08 PM 4/9/98 -0700, you wrote:
I was hoping you would comment Jeff. We are very lucky to have you on
here with your extensive rotary expeirence. If you don't mind, please up
load a short list of your experience in this field as I will surely get
it wrong from my memory alone.
Paul
I'm actually an aeronatical engineer by degree. I have a mix of
experience in aircraft design but always seem to end up somewhere close to
the powerplants. My engine experience starts with Rotaries. I was newly
hired as M400 project engineer at Moller Int'l while there was a contract
just starting for a clean sheet 200 hp marine rotary. (650cc, 2 rotor) I
was only involved on the fringe until the thing came to running and didn't
work (for more than a few seconds...OUCH!) Then I got involved and helped
make the thing live. Next came strat charge of that engine. Again I was
on the fringe and again it didn't work. Lots of white smoke and no more
power out than the electricity that was being fed to the glow plug. By
this time the money source was sick of development that hadn't been sold up
front and pulled the plug. Bottom line-I learned how not to run a
development program from a guy who was soon on his way out.
Next, I got my crack. Redesign the 530 cc, 35 hp, charge cooled rotor,
air cooled housing OMC snowmobile engine into a twin rotor, air cooled
rotor, 300 deg glycol cooled housing, 150 hp twin rotor. That was fun. It
worked great. 75 lb dry fully loaded and ready for installation into one
cubic foot of volume hidden behind a 10.5 in. fan hub on the M400. When I
left Moller we were very close to running a pair of those in a test nacelle
prior to M400 integration. I also saw it featured in the Skystar tent (of
all places) a couple of years ago at Osh. It was being marketed by someone
else. No doubt they paid Paul for that gig. That was one of his favorite
money sources- "marketing rights".
I came to General Atomics Aeronautical Systems in San Diego after leaving
Moller. I had worked for the bankrupt predecessor and I knew the product.
I was 1/3 of the aero engineers to design all airframe and systems for the
now widely heralded Predator. When we were done with that I got beack into
engine development. They wanted to look at a 4 rotor Mazda (aluminum) for
a big plane to be proposed. We did and we lost. Next, we began the effort
which I am still running. It will be unveiled this year at Osh. It is a
150 hp opposed piston, direct injection diesel. Three cylinders inline,
4000 RPM, 260 lb. BSFC for GenAv should be .36. It is currently optimized
for a demanding Predator application where .40 at 20% power (loiter) is the
biggest challenge. It started from a clean sheet and has progressed though
single cylinder prototype (which has run at 64 hp with 633 cc) and now full
blown triple. This is why I have particular insight into diesel fuel
injection for Paul's engine. We use a custom EFI system which has high
speed solenoid valves, 3000 psi hydraulics and an intensifier piston.
I also am designing a roadable airplane at home which will use a 13B. My
reasons are mostly size and weight in that order. The patent for the A/C
is being filed than I can talk more about config. etc.
On the down side,I use my e-mail and newsgroups at work and I am taking
too much time right now. Gotta go.
Question for Paul-
Since I came in late to this discussion I'm trying to piece this together.
It sounds like you intend to build your own strat charge 13B for
installation in a homebuilt. Right? If so, what kind of airplane. This
sounds like the most monumental undertaking I've yet heard of in a
homebuilt engine program.
Thanks for the informal resume Jeff.
Yes on the strat charged 13B maybe a 20B. I haven't decided on the
airplane but it will probably be a take over project. Hopefully already
flying. I am not big on taking three years to build an airplane. I will
take out whatever engine is in it and install the 13B. Most likely a
LongEze. Something with a lower landing speed would be better. Maybe an
RV.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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Date: Mon, 13 Apr 1998 19:17:47 -0700
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Jeff Spitzer wrote:
At 06:52 PM 4/9/98 -0700, you wrote:
Thanks again for commenting Jeff.
Too bad about the solonoid. I have another plan and that is to switch
the hyd on and off mechanically with a timing block driven by the
ecentric shaft. See some of the later uploads. This is fixed timing. Do
you feel fixed timing would not work in an AC engine?
I am disappointed that 70 PSI engine oil pressure won't do it but not
too discourged. Here comes the high pressure pump :-)
Paul
You have a lot more problems than just timing to contend with! A short
list that comes to mind:
-Timing: You will probably need retarded timing to start, otherwise
regular running may be relatively insensitive. It would definately be
better to have some way to have a fixed timing relative to injection
quantity like a helical ground jerk pump piston.
-Rotor design: It seems that you have a lot of papers related to the CW/JD
SCRE effort. I do not. I think you will find a lot of reference to the
importance of rotor design and particularly the deep leading pocket. It
can't be done without it. The reason for this is to make room for the
downstream injection plume as the rotor passes BTDC. Are you gonna make
your own rotors?
Ahhh! I had'nt noticed that. That could get expensive. Time to call on
my friend Herb Adams (Father of the 1971-80 Firebird Transam) with
experience in investment cast stainless steel.
-Injection parameters: More pressure is not necessarily better. You will
have a hard time with the tradeoff between fuel delivery time and
penetration. Specifically, if you run high injection pressures you will
have too much penetration (with excesssive wall wetting) at the low CR that
you will achieve. Penetration is a strong function of injection pressure
and charge density. It is a weak function of nozzle hole geometry (l/D
etc.) At 8000 RPM you need to get a lot of fuel in quickly. But you can't
over penetrate. You need just the right number and config of holes and
just the right injection pressure vs. speed. You will definitely have to
buy custom nozzle tips.
I think this is the reason that RPI could do no better than 0.46. So far
these SAE papers have little of this kind of specific information.
(Glorified brochures!) I need to contact NASA Lewis for this. If they
don't or won't give it to me I will give up.
I will also settle for 6000 RPM. Even 100 HP max per rotor as long as I
can get the BSFC below 0.45. Turbo OK.
May I suggest a jerk pump. If you really intend to do this then you have
plenty to do without inventing an injection system. RPI spent millions
fitting an engine with a turbo and a jerk pump. How much do you have to
spend? Good luck!
Good point! Since the labor rate around here is zero per hour and the
overhead is zero per hour I might be able to do it with several thousand
dollars. What is the going rate for a junk yard jerk pump? Academic
question. Got any recommendations as to brand and type? Nippondenso?
Bosch?
To your knowlege has anybody experimented with multiple surface gap
spark plugs and high energy, redundant spark ignition systems? Mazda
said that three plugs improved the Lemans winning, four rotor's, BSFC
3%. If three is good maybe half a dozen is better? With enough sparks
over enough ecentric shaft degrees something ought to catch fire. I will
call it the Richard Riley Fires of Hell ignition system :-).
Way back in the early 60's I was fooling around with thyratron switched,
capacitor discharge ignition systems. We used a 60 CPS, 12 volt to 300
volt DC to DC converter, a stock coil and a 1 mfd 600 volt oil filled
bathtub capacitor. I think we might be able to improve on that. If we
are going to put 3 HP into a jerk pump we could put a couple of kilo
watts into an ignition system as well.
I might try making my own surface gap spark plugs. I need to research
making and machining ceramics.
Other than all of that what do you think of my Woffer Pump? Do you need
an IGES?
Thanks again Jeff, for the very well informed comments.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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If I start firing all six plugs per rotor before the start of injection
and keep firing them through the duration of the injection one of them
at some time, somewhere, ought to light the fire.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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Date: Tue, 14 Apr 1998 16:38:20 -0700
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Jeff Spitzer wrote:
Stainless would be a very poor choice due to low thermal conductivity.
Only choice for strat charge is nodular iron. On the up side it's
relatively cheap/easy to cast. Plan on about $10,000 in castings from a
friend plus machining. BTW- special tooling is required to make a side
seal groove. It must be cut with a single point cutter. We made a hand
operated machine at Moller by mounting the rotor to a pivoting base and
mounting a tool bit in a locked spindle. Then you draw the rotor past the
tool with a large lever, index the bit down and do it again. Surface
finish is critical for proper sealing. This applies not only to the side
seal grooves but also the button and tip seals also.
We have used a Yanmar outboard pump unit at as high as 4000 RPM pump speed
(this is the 8000 4 stroke RPM you previously cited) with good results. In
order to do this, however, we had to redesign the pump cam for proper
acceleration (to avoid breaking parts) and have custom cams manufactured.
More $$. Any pump you get will be designed for a certain speed range
which you will likely exceed. The Yanmar stuff is the fastest that I can
think of.
I am not a believer in spark energy for engine performance. A properly
designed combustion system should not rely on the spark parameters much.
OTOH the rotary combustion system is pretty lousy hence the mutiple
ignition sources. I'd guess that three plugs is a practical limit based on
structure/cooling and benefit.
>From - Wed Apr 15 20:06:33 1998
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Peter Garrison wrote:
Reading Jeff Spitzer's letters I can't help wondering whether the rotary is
to the recip as the canard is to the conventional arrangement. Canards do
most things as well and some better, but if you don't get everything right
you have a real mess. The conventional arrangement is hard to mess up. It
sounds as though the rotary might be another one of those cases where you
have to get everything just right.
Peter
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GEORGE MOORE wrote:
Paul, I really enjoy getting on-line every night just to catch up with
your design solution of the day. But I'm wondering if you can refer me
to a couple of U.S. companies that are doing the equivalent of what the
kings men are doing back on the isle? Please see my attached page re:
the Midwest co. in the U.K.? These guys make what I believe would be a
great replacement powerplant which would be perfect for the Mini 500's
which are regularly falling out of the sky with their owner / builder /
pilots still attached ! These deaths have been attributed to siezures of
the 2 cycle 582 Rotax engines.
Many of the current Mini owners, builders in progress, and new kit
owners, who are afraid to start building, are seeking new powerplants.
Joe Rinke started the movement by putting an APU turbine in his Mini and
was sued, and as a result, legally can't fly his own machine. The rest
of the owners just want to fly without dying.
Therefore, what I'm asking, is can you supply me with the names and
means of contacting any U.S. companies that offer a package as nice as
this U.K. company?
This could be the time for the rotary engine packages to prove they
belong in the air ! I even believe these owners could LIVE with a BSFC
of 0.45 !
A Rotary Enthusiast, George Moore
POST and YE SHALL RECEIVE !
The personal responses I have received from my original posting have
been quite educational. I have been referred to Aircraft Rotary Engine
manufacturers on 3 continents but unfortunately the only USA firm is the
groups "old friend & shell game artist, Moller". The best company I was
led to is in the United Kingdom: Midwest Engines.Their engines are:
AE 100R - 100hp - 122 lbs
AE 50R - 50hp - 73 lbs
AE 110R - 105hp - 122 lbs (fuel inj.)
In comparison :
Rotax 582 - 67hp - 87lbs
you can visit them at:
http://www.avnet.co.uk/midwestengines/
This site is slow downloading. Ignore what appears to be a menu below
logo. Just click on the "Eagle logo" and you end up on page with black
logo. When it is downloaded (quick) just scroll on down and see engines
& click on specs.
George (thanks for your help) Moore
George,
I've looked at Everett Hatch's rotory conversions for the RV-4 and
6. The company is "Powersport" here in Oregon. They are well thought out
and produce around 200 hp. Everett died last year so I hope someone has
picked up the ball for him. Look in one of the last few issues of
"Kitplane" for a phone number as they covered a bunch of conversions.
Take care in the air
Phil
Yes Gerge I will do what I can as soon as I get back from Sun & Fun.
Hopefully there will be some new flying rotary engined machines to
report on. I will check the helicopter area in particular.
Thanks for the upload and web sites.
Paul
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http://www.echelon.ca/jlamar/lamar.html
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>From - Wed Apr 15 20:06:37 1998
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Bill Freeman wrote:
Paul,
I wonder if Mr. Garrison hasn't got a point. While no doubt, you
can't sell someone on a C182 with a 200 mile range on full tanks, there
is a solid mkt for the P&W turboprop twins (Kingair class), and if
my memory serves, the PT6 fuel specifics are absolutely awful
compared to any piston engine. What they are selling is a simple,
smooth, reliable and LONG lived engine. Who wouldn't love
a 5000 hr hot section inspection and maybe just go again?
I'm not rich enough to afford a Kingair, but the people that are,
do like them, apparently.
SO -- maybe fuel specifics isn't QUITE as big a deal, as long as the
cost per mile isn't too crazy and the perception (reality?) of low
maintenance costs and long life will perhaps balance the ledger a bit.
Take care.
Bill
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Web:
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Bill Freeman wrote:
Paul,
I wonder if Mr. Garrison hasn't got a point. While no doubt, you
can't sell someone on a C182 with a 200 mile range on full tanks, there
is a solid mkt for the P&W turboprop twins (Kingair class), and if
my memory serves, the PT6 fuel specifics are absolutely awful
compared to any piston engine. What they are selling is a simple,
smooth, reliable and LONG lived engine. Who wouldn't love
a 5000 hr hot section inspection and maybe just go again?
I'm not rich enough to afford a Kingair, but the people that are,
do like them, apparently.
SO -- maybe fuel specifics isn't QUITE as big a deal, as long as the
cost per mile isn't too crazy and the perception (reality?) of low
maintenance costs and long life will perhaps balance the ledger a bit.
Take care.
Bill
BTW
I think there is something wrong, I am only seeing other's comments
as they are echoed on the top of your replies.
How was this one Bill? I think I have a problem with Yahoo email
forwarding messages.
To anybody that has uploaded messages they would like posted; If you did
not see your orginal text please let me know the aprox date and I will
try again.
Sorry!
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
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Bill Freeman wrote:
Paul,
I think there is something wrong, I am only seeing other's comments
as they are echoed on the top of your replies.
Bill
This is a test Please delete.
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Bill Freeman wrote:
Paul,
Mr. Garrison's comment on canards and rotaries is
interesting - and as a canard flyer for over 700 hrs
(Long EZ, for others benefit) I agree that a canard
is a special case. While the Long EZ is one of the most
enjoyable aircraft to fly that I have ever had the chance
to try, it is not all things and does not necessarily
do everything the best. For instance, with limited
pitch authority, and no prop blast over canard, I am
limited to a no-flaps CLmax (can't ballance the pitching
moment!) and a long runway run to rotate speed. Not
real serious problems, but not good for a STOL design.
OTOH you can safely maneuver at minimum airspeeds, which
is good for some parts of the STOL approach.
Anyway, I wander. My point is that there have been
about 200 billion man-hrs spent developing the std
piston engine. If the rotary can get anywhere near in
development with 1/100 th of 1 percent of the development
time and $, it must be pretty good. But, I keep asking,
if it is so good, why aren't they everywhere? Why is the
RX7 the last one alive?
I had the opportunity to 'semirace'
a modified (SCCA) early RX7 a few yrs ago on
the Topeka track and was really impressed. The engine had
run something like 160K miles on the street and had not
been touched and we were flogging the living crap out
of it racing for several days of max effort hot laps. We
eventually boiled the DOT5 fluid (!) and nearly melted
the brakes (metalic racing pads, with extra air ducting)
but the engine just ran, idled perfectly
and didn't seem to care what you asked it to do.
Amazing.
Take care.
Bill
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Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Wed Apr 15 20:06:41 1998
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GEORGE MOORE wrote:
Paul, I really enjoy getting on-line every night just to catch up with
your design solution of the day. But I'm wondering if you can refer me
to a couple of U.S. companies that are doing the equivalent of what the
kings men are doing back on the isle? Please see my attached page re:
the Midwest co. in the U.K.? These guys make what I believe would be a
great replacement powerplant which would be perfect for the Mini 500's
which are regularly falling out of the sky with their owner / builder /
pilots still attached ! These deaths have been attributed to siezures of
the 2 cycle 582 Rotax engines.
Many of the current Mini owners, builders in progress, and new kit
owners, who are afraid to start building, are seeking new powerplants.
Joe Rinke started the movement by putting an APU turbine in his Mini and
was sued, and as a result, legally can't fly his own machine. The rest
of the owners just want to fly without dying.
Therefore, what I'm asking, is can you supply me with the names and
means of contacting any U.S. companies that offer a package as nice as
this U.K. company?
This could be the time for the rotary engine packages to prove they
belong in the air ! I even believe these owners could LIVE with a BSFC
of 0.45 !
A Rotary Enthusiast, George Moore
POST and YE SHALL RECEIVE !
The personal responses I have received from my original posting have
been quite educational. I have been referred to Aircraft Rotary Engine
manufacturers on 3 continents but unfortunately the only USA firm is the
groups "old friend & shell game artist, Moller". The best company I was
led to is in the United Kingdom: Midwest Engines.Their engines are:
AE 100R - 100hp - 122 lbs
AE 50R - 50hp - 73 lbs
AE 110R - 105hp - 122 lbs (fuel inj.)
In comparison :
Rotax 582 - 67hp - 87 lbs
you can visit them at:
http://www.avnet.co.uk/midwestengines/
BTW the BSFC is claimed to be "around" 0.50
Paul
This site is slow downloading. Ignore what appears to be a menu below
logo. Just click on the "Eagle logo" and you end up on page with black
logo. When it is downloaded (quick) just scroll on down and see engines
& click on specs.
George (thanks for your help) Moore
George,
I've looked at Everett Hatch's rotory conversions for the RV-4 and
6. The company is "Powersport" here in Oregon. They are well thought out
and produce around 200 hp. Everett died last year so I hope someone has
picked up the ball for him. Look in one of the last few issues of
"Kitplane" for a phone number as they covered a bunch of conversions.
Take care in the air
Phil
Thanks for the upload George. I will be in Sun & Fun starting tommorrow
so I will take a particular look in the helicopter area for possible
rotary engined powered helicoptors.
This may be a duplicate. If you get two just please delete this one.
Thanks for the upload.
Paul
--
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Web:
http://www.echelon.ca/jlamar/lamar.html
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Larry Elie wrote:
Paul, I have been getting these for a few days and noticed a problem...
Jeff Spitzer wrote:
Stainless would be a very poor choice due to low thermal conductivity.
Only choice for strat charge is nodular iron. On the up side it's
Stainless has excellent thermal conductivity, just very high
heat-capacity.
The two are not equivalent, but are often mistaken for one another,
because in either case things warm up slowly. In this case the result
is the same, but if high numbers of thermal cycles of varying duration
are expected, they would not be.
Paul, on a 'rotary' topic, does anyone know what a 'MD rotary' is? I
have been giving some thought to the Italian Sea-Storm amphibian
http://www.storm-sg.it/seastorm/sea1.htm
which looks like just about what I would feel comfortable with. The
problem is they don't reply to my e-mail. The plane isn't very
expensive, even complete (built and (?) certified), and was actually
designed and fabricated by an aircraft manufacturer, but the 4 place
uses what they call a '220-240 hp rotary MD rotary engine' (the two
place uses a 105/115 Rotax).
My guess is the 'MD rotary is a highly modified Mazda, as Curtis-Wright
never was certified or produced in quantity, but it just might be some
eastern European engine I've never heard of. Any knowledge of this
power plant?
Larry Elie
lelie@ford.com
News to me Larry! Paul
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Subject: Alturair rotary for helicopters
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Alturair 1405 N. Johnson El Cajon CA 92020
(619) 449-1570
FAX (619) 442 0481
Single rotor based on Mazda (40 ci) with alloy end housings (expensive?)
with periphal ports.
118HP at 6000 RPM per rotor.
BSFC 0.52 at 100 HP 3500 RPM
Weight 102 lbs less PSRU. (With starter?)
PSRU Wt 35 lbs. (Ford C6?)
Two rotor version weighs 146 lbs less PSRU.
(A three rotor version would have an unbeatable and unprecedented
Power/Wt for an intermittent combustion engine.)
I saw a one rotor in a BD5 at the Torrance CA Air Fair last year.
Paul
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: [Fwd: [Fwd: Re: Specifics of strat charged.]]
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Tracy Crook wrote:
Jeff Spitzer wrote:
Stainless would be a very poor choice due to low thermal conductivity.
Only choice for strat charge is nodular iron. <
Sounds like you know your rotary engine stuff Jeff so enlighten me on this
subject if you have the time. I thought that lower thermal conductivity
would be a plus here. Some people pay good money to have their rotors
(cast iron) ceramic coated to intentionally reduce thermal conductivity.
Tracy Crook
BTW Tracy, I am taking the 10:10 PM UAL red eye on Thurs so I won't be
there until Fri morn.
Spoke to Paul Ross at Alturair. Three and four rotors in the works :-)
:-).
Look for their booth at Sun & Fun. More on this later.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Thu Apr 16 21:05:45 1998
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Date: Wed, 15 Apr 1998 20:18:30 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: [Fwd: Alturair rotary for helicopters]
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Tracy Crook wrote:
Alturair 1405 N. Johnson El Cajon CA 92020
(619) 449-1570
FAX (619) 442 0481
Single rotor based on Mazda (40 ci) with alloy end housings (expensive?)
with periphal ports.
118HP at 6000 RPM per rotor.
BSFC 0.52 at 100 HP 3500 RPM
Weight 102 lbs less PSRU. (With starter?)
PSRU Wt 35 lbs. (Ford C6?)
Two rotor version weighs 146 lbs less PSRU.
I always go by Alturair's display at the fly-ins and look at the prototype
single rotor engine they display (for almost as long as the Zoche static
display :-). I've seen their ads too but I think the prototype is all
there is and they have shipped nothing. I have the feeling it's more
Vaporware. I'd like to be wrong.
Tracy
Too bad! Last thing we need is another Zoche. Funny I never noticed
Alturair until a couple of years ago. Old Zoche diesel engines have
been at Oskosh for at least ten years.
I asked Paul Ross of Alturair what he was using for aluminum end housing
coatings and he chuckled and said he has been through about all of them
but he felt he now had one that worked.
I bought a book at Auto Books called "Aircraft Gas Turbine Engine
Technology" by Irwin Treager Glencoe/McGraw Hill 1994 Third Edition.
$49.95 ISBN 0-02-801828
Chapter ten "Materials and Methods of Contruction.
Therein on page 255; "The Coating Service of Union Carbide Corp has
developed and is producing machines for applying extremely wear
resistant and other specilized coatings to gas turbine parts, tools and
other machines."
In the Detonation (D) Gun measured quantities of oxygen, acetylene and
suspended particles of the coating material are fed into the chamber of
the gun. Four times a second a spark ignites the mixture and creats a
detonation that hurls the coating particles heated to a plastic state by
the 6000 degree F temp in the gun, out of the barrel at a speed of 2500
ft/sec.
The high level sound of 150 dB necessitates housing the gun in a double
walled sound insulated structure.
NO KIDDING!!!!
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Fri Apr 17 12:22:01 1998
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Date: Thu, 16 Apr 1998 17:38:08 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: Mazda motor mount.
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A hangar neighbor just bought a Questor Venture. I have great admiration
for Jim Griswold the designer of the Venture and the Piper Malibu.
His motor mount design is an ingenious solution to a sticky Mazda
engine mounting problem. Most auto engines have their motor mounts in
the wrong place for aircraft use.
Most aircraft engine mounts feed the landing loads from the engine into
the firewall and then back out to the nose gear. Jim mounted the nose
landing gear right on the engine. The engine is the largest mass in the
front of the airplane so it makes sense to have it react the landing
gear loads directly. The lower part of the cowling must be designed to
take structural loads of course, much like a Bonaza.
In the Questor some weight was saved because the four large bed type
motor mount castings of the IO 550 were done away with and
and the oil pan rail was bolted directly to two sheet metal steel
channels. There are only two rubber motor mounts at the front of the
cowling. Very simple and clean design. See the enclosed .GIF. The same
thing can be done with the Mazda 13B or 20B killing two birds with one
stone.
BTW I spent a few days in the Great North Wet and visited Dave Atkins in
Puyallup at Thun airport. I was mightly impressed. Dave has a
tremendous amount of experience rebuilting Mazda rotaries as his shop is
one of, if not, the largest rotary engine rebuilder in the Northwest,
maybe in the entire US.
Dave has flown his Mazda 13B Rotary powered RV6 twice to Sun & Fun and
twice to Oskosh as well as once to Copper State.
He has three 20B three rotor engines in his shop and several Ross
PSRU's waiting to be overhauled and/or assembled for aircraft use. He
has also delivered a single rotor engine. One or two of his engines have
over a 1000 hours in gyrocopter training use.
He has a great aircraft muffler design for the rotary. It is no louder
than a Cessna 172. Light weight and stainless too. No signs of cracks.
Dave's address is;
Atkins Aviation Co. Inc.
16715 Meridian East Bldg. K-A
Puyallup, WA 98373
(206) 848 7776
Contact him for overseas distributors.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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>From - Tue Apr 21 18:26:22 1998
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From:
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<353BE8F5.7EA1@worldnet.att.net>
Date: Mon, 20 Apr 1998 17:31:49 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: [Fwd: Hey Paul!]
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RJohn15183 wrote:
This is Rob.
I finnanly got a chance to read some e-mail. I''ve been working horrendous
overtime latley (including a couple of 24+ hour shifts! Really, I swear!)
I'm really enjoying the newletters. I have only read about half of them so far
but I'm getting there. This is some really good work your doing. You should be
very proud.
You found a 20B for 2K huh? Well you're about 6 months late man! I paid 3k for
mine last August! What were you waiting for? ;-)
I like your dual 13B idea well enough that if I did not already have the 20B
on hand I think I would persue the dual 13's idea. (As if I don't get enough
static about being a redneck as it is... What if I had a "dualee" aircraft to
boot! :-) )
I bought an old cheap 172 to get recent and build some time in. 1600 SNEW on a
0-300. If I can get 250 more hours out of it I will have got a real good deal
on the plane. If not then I screwed myself. A little gambling there. It had
ten years worth of good compression and it runs real strong so I felt pretty
good aabout the gamble. Put about 15 hours on it so far between me an my
partner.
Well, gotta go, just wanted you to know I was still with ya and how much I
enjoy the newsletter!
Rob
OK Rob, Robin and I will probably go to Japan and pick it up.
If you are working too hard you are not charging enough :-).
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Tue Apr 21 18:26:23 1998
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Date: Mon, 20 Apr 1998 18:15:37 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: Two cycle seizure
Content-Type: multipart/mixed; boundary="------------16F34E32EB2"
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--------------16F34E32EB2
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I was walking around Sun & Fun on Saturday on my poor blistered feet and
I ran into Dave Martin and Howard Levy of Kitplanes fame. Howard shoots
most of the covers. Howard is the only journalist to my knowledge that
is allowed to drive a car ANYWHERE! at Sun & Fun. Dave and Howard
invited me to ride along. The subject of Mini 500 helicoptors falling
out of the sky because of two cycle engine seizure came up. I suggested
an electronic fuel injection system and EGT/CHT monitor to enrich the
mixture to cool the piston in the case of impending seizure. Dave liked
the idea. Two cycles have a lot going for them. Good power to weight
ratio, low cost and simple. Bad reputation for seizure.
Later at the Kitplanes barbecue one of Skystars (Kitfox & Pulsar)
employees pointed out Ray Caldwell to me. Ray Caldwell is president and
CEO of Skystar and an old Can Am racing days buddy. We had a great time
swapping old racing car war stories.
Skystar is a large distributor of two cycle engines so I had the bright
idea of hitting Ray up to finance the development in conjunction with
2Si. 2Si is the company that sells Cuyuna two cycles among others. The
two place Mini 500 will have a three cylinder, two cycle 2Si engine.
It looked like rain on Monday and the rest of the week so I decided to
come home.
We shall see what happens. Stay tuned.
More about Sun & Fun later.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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>From - Tue Apr 21 18:26:32 1998
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Bill Freeman wrote:
Paul,
Well, I missed SUn 'n Fun this year. It looked like it might go
(WX -wise) on Friday morning, and I took the afternoon off,
rushed home, packed, drove to the airport, fueled "Too EZ"
and launched. I was called on tower freq to 'go to 122.75',
and when I did, Jeff Ackland came up. He was out flying off the
final hours on the TURBINE Legend. Not much changed that
I could see from a few minutes of formation flying. He said it
would peg the 6000 fpm ROC. I was cruise-climbing at 120 KIAS
and he had one notch of flaps! Talk about deflating my ego!
Anyway, I told him that I thought this was a big imporovement
in reliability over the "Chevy" motors. When he got sick of flying
that slow, he hit it and climbed away at about a 45 deg angle until I
couldn't see him any more.
Apparently this is a Walter turbine (Czech??). I hear rumors it
is a dimensional copy of the PT6. Is this the same kind that you were
offered last OSH?? Seemed you told me then that they were used
ag-plane turbines with props for $20K or so. Is that right?
[68K when I was over in Czech a couple of years ago. Ag plane and all.
Mid time engine. There was an early model Walter LOM engine for sale at
OSH for $10,000. The LOM turbo prop Glasair was at Sun & Fun too.
Ron Lueck of Comp Monster fame was telling us stories about it as the
prop jet Glasair is based at Meritt Island, Ron's home field. Stright up
at 8500 FPM. The owner does not know how fast it will go as the air
speed indicator is pegged at 300 Kts. He tested the flutter by nosing
over to 45 degrees from 20,000 to 15,000 feet at full throttle and
called it OK. Ron thinks the owner is nuts. At 0.6 BSFC you won't stay
in the air long. Paul]
After about a half-hour, I called Flight Watch to get a WX update.
:-(
Dothan, IFR, Tallahassee, IFR, Columbus, 1100 OVC, 1 mile in rain
and haze, 3 degree dewpt spread. Macon, 1300 brkn, 1900 OVC,
3 miles in rain and fog, 3 deg dewpt spread. Hmm. After noon, cooling
down, the whole route was about to CLOT - into a solid fogbank.
So, I did a 180 and went home. Rats.
Hope to hear more of what you saw.
Take care.
Bill
PS Whoever wrote that stainless has poor conductivity is
right.
BTW Bill, let me know if your comments are not included in this message.
It may be something on your end.
Paul
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>From - Tue Apr 21 18:26:33 1998
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Date: Tue, 21 Apr 1998 09:27:32 -0700
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Subject: Stainless conductivity
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This is all I have been able to find so far.
Marks Seventh Edition page 4-92
Table 1. Thermal Conductivity of Metals
k = Btu per hr per sq ft per deg F per ft
kt = kto - a(t - to)
kto for pure iron. = 41.5.... a = 0.025
kto for wrote iron = 34.9.... a = 0.002
kto for steel..... = 26.2.... a = 0.002
Inconel........... = 7.62.... a = - 0.0068
Monel............. = 12.0.... a = - 0.008
301-304........... = 8.08.... a = - 0.0052
314............... = 10.01... a = - 0.00124
316............... = 7.50.... a = - 0.0042
What these coef.'s mean is anybodys guess as Marks, in typical
fashion, does not give k directly.
t is bulk temperture deg F
a is an empirical constant.
I am still in the dark. Can anyone explain this?
Larry? Bill? Jeff?
Paul
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Jeff Spitzer wrote:
At 09:27 AM 4/21/98 -0700, you wrote:
This is all I have been able to find so far.
Marks Seventh Edition page 4-92
Table 1. Thermal Conductivity of Metals
k = Btu per hr per sq ft per deg F per ft
kt = kto - a(t - to)
kto for pure iron. = 41.5.... a = 0.025
kto for wrote iron = 34.9.... a = 0.002
kto for steel..... = 26.2.... a = 0.002
Inconel........... = 7.62.... a = - 0.0068
Monel............. = 12.0.... a = - 0.008
301-304........... = 8.08.... a = - 0.0052
314............... = 10.01... a = - 0.00124
316............... = 7.50.... a = - 0.0042
What these coef.'s mean is anybodys guess as Marks, in typical
fashion, does not give k directly.
t is bulk temperture deg F
a is an empirical constant.
I am still in the dark. Can anyone explain this?
Larry? Bill? Jeff?
Paul
--
Thermal conductivity, K, varies with temperature for all materials. I have
not opened up Mark's to look at this but I would guess the following:
Since the typical problem is one where heat is flowing through a material
there will be a temperature gradient through the material. Therefore there
will be a K gradient. What I think you've stumbled upon is a way to find
an average K for heat flowing through a piece of material with one side at
t and the other at t0. I'm not sure about that. Even if I'm right I still
think that you need one more term to get the right answer which is t0.
It's probably the same for all like room temp or something. Anyway, just
compare the kt0 terms for relative conductivity.
Jeff Spitzer
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Bill Freeman wrote:
Paul,
The latest 'Aviation Leak' had a short blurb and photo of a Tobago
(I think) with the Renault Turbo diesel in it for flight testing. Renault is
claiming 250 hp @2000 RPMs, 3000 hr TBO and 0.32 BSFC. My Dad's
old Dauphine was a total piece of junk, but they won F1 until they
got tired of it, so they actually can build a good motor if the try.
Price and weight seem to be the remaining issues. Blurb says they
are planning 180hp to 300 hp range engines, eventually. It was an
aircooled flat 4 with plenums over the cyls& heads. Direct drive, so
prop speed is low = quieter.
Take care.
Bill
BTW Saw yet another and different Continental mockup of the GAT diesel
at S&F. Not a good sign if they still have not made up their mind about
basic configuration. This one had no screw compressor, just a turbo. I
wonder how they intend to start it? Compressed air?
There were covers over the pushrod and mechanical injection area to hide
details or perhaps to make the mockup easier to fabricate. Maybe they
are going with the current detroit engine styling fad. Surprisingly the
cam shaft is above the crank. Thats no way to oil a cam.
Paul
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Subject: Driving a rotary engine powered car.
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Peter Garrison wrote:
I am still in the dark. Can anyone explain this?
I know nothing about this subject, but I may as well add my voice to the
chorus of replies. It looks to me as if thermal conductivity itself varies
with temperature, "to" is really "t0", some baseline temperature such as
zero Kelvin, and a is the slope of the conductivity variation with
temperature. From the numbers I would conclude that stainless alloys have
on average less than a quarter the thermal conductivity of iron, and that
its conductivity increases slowly with rising temperature.
BTW, I've never driven a car with a rotary engine. Do they feel or sound
noticeably different from recips? Is any still in production today?
Peter Garrison
One drive and you will wonder why they still make recips. Starts
instantly. Very smooth. Feels like it will rev forever. HP still
increasing at 6000 RPM. Not a lot of low speed torque. Bad gas milage
around town. Pretty good MPG on the highway.
The sales in the US dropped to near zero when the price went from
$15,000 to $35,000 in one year. Stopped selling them in the US. Still
sold overseas and in Japan.
Paul
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John Lynch wrote:
paul,
I missed what the discussion about stainless steel was about, but I'll
add my two cents anyway: the thermal conductivity is about 0.33 of
carbon steel. (My source is the USS stainless steel fabrication
handbook). One of the principal reasons that stainless is so nice to
heliarc weld is that the low thermal conductivity concentrates the heat
at the weld zone. By the way, the principal alloy used in exhaust pipes
is type 321, which has titanium added to provide carbide stability to
prevent intergranular corrosion after welding or stress relieving. The
correct rod to use for welding it is type 347.
john
Thanks for the info John.
OK! Jeff, why do you want higher conductivity in the rotor? I thought
you wanted to keep as much heat in the combustion chamber as possible...
to keep the thermal eff. up.
Paul
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Subject: Avia pitch change mechanisium
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I finally got to see the inside of the very ingenious Avia constant
speed prop at S&F. When I was in the Czech Republic and Eastern Europe a
couple of years ago they were all over the place. Hamilton Standard
bought the company and raised the price from $2500 to $6500!!! :-( They
are now pushing it for retrofit on 172's and other GA aircraft currently
without constant speed props.
I am not sure if this is exactly the way it works but you should get the
general idea. The outer spinner is free to rotate in the wind driven by
a bunch of fins. This drives the hydrulic pump which changes the pitch
in a conventional manner. The faster the airplane the faster the spinner
spins and the higher the pitch. Interestingly there are no shafts on two
of the three pump gears. I think I would add a needle valve to adjust
bleed down as things wore out and clearances increased.
There is no heavy prop governor or oil feed through the crank. Ideal for
rotary engines and AC engines without provisions for constant speed
props.
It is not out of the question to build your own either from a kit (How
about it John?) or if you have access to a machine shop. I don't know
the status of any patents (if any). They may have expired as it appears
to have been around for quite a few years. I might search the IBM patent
site on the web. In any event there is no law against building your own.
Paul
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>From - Wed Apr 22 23:09:06 1998
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Date: Wed, 22 Apr 1998 18:50:15 -0700
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To: "Paul Lamar Sr."
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Subject: [Fwd: Re: [Fwd: stainless steel conductivity]]
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Jeff Spitzer wrote:
OK! Jeff, why do you want higher conductivity in the rotor? I thought
you wanted to keep as much heat in the combustion chamber as possible...
to keep the thermal eff. up.
Paul
Two seperate issues:
1) Thermal efficiency vs. rotor/piston/wall temperatures.
In the latest tests of thermal barrier or adiabatic (not the same thing)
engines (diesels) there is conflicting data as to the actual measured
benefit. Some tests have claimed benefit in SFC while others have seen no
change or even SFC increases. The data sometimes shows more heat transfer
for the hotter walls. So what gives? The best analysis that I've read
explains it as a quenching phenomenon unique to combustion chambers and
unexplained in basic heat transfer. The reason given is that the thermal
boundary layer adjacent to the "cool" wall limits the proximity of the hot
flame to the wall actually reducing heat transfer. The "hot" wall does not
exhibit this thermal boundary layer and some of the flame energy may be
lost through instantaneous heating of the unprotected wall. Note that the
best SFC four stroke diesels actually use Aluminum pistons. I tend to
agree with this analysis where there is an ideal wall temp where the best
trade of thermal boundary vs. wall temp. Heat transfer will likely go up
with hotter walls until the wall temp becomes close to the actual flame
temp which is beyond the capability of metals.
2)Thermal deformation and thermal stress:
In a piston or a rotor the amount of heat passing through is a function of
the combined heat transfer characteristics of the entire system. This
includes radiation, convection, "flame impingement", rotor conductivity,
and inside coolant conditions.
While changing one factor, rotor conductivity, will reduce heat flow (if
combustion convection and impingement coefficients don't go up enough to
offset the benefit as discussed above) the overall flux is not greatly
affected. What is greatly affected is the amount of temperature gradient
required to move that heat through the poor conductor. So the outside runs
a lot hotter and the inside runs a little cooler. This is not good. The
rotor flank is comparable to a bimetallic when this happens the hot outside
grows faster than the cool inside and the whole thing warps...BAD! Your
stainless rotor would be warping by the tens of thousanths in directions
the rotor bearing, etc really wouldn't like. In fact, thats why the rotor
bearing is a separate piece in the first place, even with the cast iron
rotors, is to let the rotor deform and maintain some reasonable bearing shape.
In the case of the bimetallic strip, if you let it do what it wants then
there is no stress. Your rotor, however, is not the same. This gradient
occurs over the course of the flank thickness but there are deep, mostly
isothermal, ribs which are also attached to the flank. The ribs don't want
to deform. Now we have thermal stress...lots of it.
To wrap it up. The best material is the cast iron that has the highest
conductivity (malleable if you can deal with lower strength, ductile if the
strength needs to be higher) which will limit the thermal stresses. BTW,
rotors that fail in racing apps typically fail from thermally induced
stresses and not combustion pressures.
If all that isn't enough reasons why not to run stainless rotors...it's a
horrible wear material and will gall if not treated with kid gloves e.g.
custom coatings on the side housings.
OTOH, We ran titanium rotors at Moller (also low conductivity and poor
galling resistance) but planned in advance for the thermal deformations by
isolating the flanks and also relied on Ti's high temp strength to limit
thermal stress failures. Also had antifriction side walls. BSFC was
improved which was theorized to be because of less quenching of flame at
rotor edges due to hotter rotor flank. (EGT went down as did hydrocarbon
emmissions)
Jeff Spitzer
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Thu Apr 23 22:03:24 1998
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Subject: More variable pitch props
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This prop works off dynamic pressure alone.
I have been thinking about this and iterating this off and on for at
least three years. This is the simplest and lightest automatically
variable pitch prop I can come up with so far. Most of the spinner parts
are carbon fiber. The spinner may be slightly larger than usual but most
airplanes can benifit from a larger spinner anyway. The rest is mostly
aluminum.
The balls in the ball bearings are made from Torlon. Torlon is used in
Harken off shore racing sail boat ball bearing blocks. The advantage is
Torlon balls run in aluminum races so the stress in the housing is less.
No wasted room for steel races that add no strength. I would consider
this a major break through in variable pitch props if it works.
The cent. loads are relied on to keep the props shafts in alignment just
like a Hartzel or McCauly prop.
The spring bellows does double duty as it returns the prop to low pitch
upon low speed.
The design takes advantage of the three inch hollow shaft on my PSRU
design. The hollow shaft is used to accommodate the rectangular tubing
pitch change cam in the full high pitch position. This cuts way down on
the length and weight of the hub housing. Small ball bearings are used
as cam followers to reduce friction.
The method of attaching the hollow carbon fiber blades is still under
development. John has some ideas about that.
BTW the web site has been greatly improved by my son. Take another look.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
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--------------32136B5C0D--
>From - Thu Apr 23 22:03:31 1998
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From:
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Date: Thu, 23 Apr 1998 07:13:14 -0700
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To: "Paul Lamar Sr."
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Subject: [Fwd: SImple Constant Speed Prop]
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Bill Freeman wrote:
Paul,
If you want to make a simple constant speed prop, why not
copy the old Aeromatic prop. It is stone simple and seems to
work well, altho I have never flown behind one. I'm sure the patents
are all run out, so you could even manufacture it if you wanted to.
Any Aeromatic prop pilot experience out there? They are
still around and the few pilots that I have talked to (VERY
briefly) seemed to value them.
I really enjoy Jeff Spitzer's comments. He is right on the rotor
design stuff, sounds like a good engineer that has spent time
working on this particular problem.
Bill
Everett had one and was going to try it before he died. It may have been
on the airplane when he crashed. Not to say the prop had anything to do
with the crash however.
The only draw back to an Aeromatic as far as I can tell is the plan form
is critical as to mass and aerodynamic load distribution. Klaus has come
up with a plan form and aerodynamic load distribution that seems to be
superiour. Correct me if I am wrong John, did your airplane not go about
20 MPH or so faster, with Klaus's prop?
This is not to say something like the Aeromatic prop system could not be
worked out for Klaus's prop. It is a matter of finding the right leading
or trailing angle and counter weight. The bending stress on the hub in
the plain of rotation might be somewhat higher.
Care to do an FEA on it Bill? :-)
Paul
--
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Web:
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>From - Thu Apr 23 22:03:32 1998
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From:
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Date: Thu, 23 Apr 1998 07:35:33 -0700
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Subject: Bellows spring
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I did some spring calculations and was shocked to find I would have had
to go to hollow wire to make the bellows spring work. So here is a
design for a screen door type spring instead. You might find the right
spring in a hardware store :-)
'11.35 dia piston .703 sq foot
'73 pounds of force at 200 mph
'spring needed is 19 pounds per inch
'radius of bellows = 5.675
'd is dia of wire .001 increments
'n is number of turns
'rate per turn = (G d^4) / (64 r^3 )
'divide by number of turns
DEFDBL A-Z
n = 1 'number of turns
r = .3125 'radius of spring
G = 11000000 'for music wire at 200 F
density = .3 'pounds per cubic inch
CLS
PRINT "Spring rate = 19 lb/inch"
PRINT "Spring radius ";
PRINT USING "###.###"; r
PRINT "Wire Size..Rate Per Turn....# of turns......Length.....Weight oz"
FOR d = .085 TO .1 STEP .001
PRINT USING "####.###"; d;
rate = (G * d ^ 4) / (64 * r ^ 3 * 1)
PRINT USING "#########.##"; rate;
length = 2 * r * 3.1416 'inches
area = (d / 2) ^ 2 * 3.1416 'square inches
volume = area * length 'cubic inches
weight = (volume * .3) 'in pounds per turn
numturns = rate / 19
PRINT USING "############.##"; numturns;
totlength = d * numturns
PRINT USING "############.##"; totlength;
totweight = (numturns * weight) * 16 'oz
PRINT USING "#########.##"; totweight
NEXT d
INPUT z
'looks like 20 turns of .091 wire is needed
' The spring length is then 1.85 inches long
'Forces on pitch change system:
'dynamic press per sq foot = .0026 * v^2
pistonarea = .703
springrate = 19 'lb per inch
CLS
OPEN "dynpress.dat" FOR OUTPUT AS #1
PRINT #1, "MPH....Dyn Press...Piston Force...Spring Travel"
FOR mph = 50 TO 200 STEP 10
PRINT #1, USING "###"; mph;
dynpress = mph ^ 2 * .0026
PRINT #1, USING "##########.#"; dynpress;
pistonforce = dynpress * pistonarea
PRINT #1, USING "##########.#"; pistonforce;
springtravel = pistonforce / springrate
PRINT #1, USING "##########.##"; springtravel
NEXT mph
CLOSE
CLS
SHELL "more < dynpress.dat"
SYSTEM
MPH....Dyn Press...Piston Force...Spring Travel
50 6.5 4.6 0.24
60 9.4 6.6 0.35
70 12.7 9.0 0.47
80 16.6 11.7 0.62
90 21.1 14.8 0.78
100 26.0 18.3 0.96
110 31.5 22.1 1.16
120 37.4 26.3 1.39
130 43.9 30.9 1.63
140 51.0 35.8 1.89
150 58.5 41.1 2.16
160 66.6 46.8 2.46
170 75.1 52.8 2.78
180 84.2 59.2 3.12
190 93.9 66.0 3.47
200 104.0 73.1 3.85
BTW the center of mass of the blade has to be inline (and behind it's
center line to somewhat compensate for thrust bending loads) with the
blade rotation axis or a more complicated bearing arrangement may be
necessary due to additional bending loads. This could be another
drawback to the Aeromatic prop system.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Thu Apr 23 22:03:34 1998
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From:
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Date: Thu, 23 Apr 1998 15:01:32 -0700
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Subject: [Fwd: Re: [Fwd: SImple Constant Speed Prop]]
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John Lynch wrote:
paul-lamar-la@worldnet.att.net wrote:
The only draw back to an Aeromatic as far as I can tell is the plan form
is critical as to mass and aerodynamic load distribution. Klaus has come
up with a plan form and aerodynamic load distribution that seems to be
superiour. Correct me if I am wrong John, did your airplane not go about
20 MPH or so faster, with Klaus's prop?
paul,It was about 15 mph difference from the Pacesetter (210 mph @ 2850
rpm). With Klaus's prop it's about 225 mph @ 2850 rpm.
BTW I think my main objection to the Aeromatic prop system is the pitch
is mainly a function of RPM and not speed. You need high RPM and low
pitch for takeoff. You get that with my dynamic pressure system and the
Avia system. You also get it with a conventional constant speed prop.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Sat Apr 25 10:04:32 1998
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From:
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Date: Fri, 24 Apr 1998 10:00:11 -0700
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Subject: Sea Storm
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I saw the SG Aviation Sea Storm amphibian at S&F. This is the
Italian composite airplane that Larry Ellie mentioned on here. Parts
are made in an autoclave.
http://www.storm-sg.it/seastorm/sea1.htm
The people in the booth were claiming an incredible 200 to 500 hour
or so to put it together. "All you have to do is bolt it together".
They claim they negotiated with the FAA and got the FAA to agree
with that. If that is the case this will set general aviation on
it's ear! Look for Cessna and Piper to protest. Get it while you
can.
They also had a cute little two place low wing in the booth. The
brochure for that was in Italian. Looks aerobatic. Had the Midwest
rotary.
In any event the amphib looks pretty good. The Rotax 912 turned out
to be too anemic so they went with the Mid-West Rotary for the two
place and a Mazda based rotary for the four place.
The specs were on the web site but this was on the brochure.
empty.... 682.... 1144
gross.... 1340... 2200
useful... 658.... 1056
cabin l.. 102"... 102"
cabin w.. 49".... 49"
baggage.. 66#.... 120#
span..... 30'.... 34'
area..... 131 ... 147
length... 24'7"
draft.... 6"..... 9.4"
free b... 21".... 16"
power . 105/115.. 220/240 NA & turbo???
prop ... adjust.. CS
fuel cap. 26.5... 52. gallons
max speed 171.... 187 MPH
cruise... 148.... 162 MPH
range.... 1040... 1134 miles GPH ????
FPM...... 1200... 1400
stall.... 38..... 46
takeoff.. 400.... 600 ft land
takeoff.. 820.... 1100 ft water
ceiling.. 14700.. 14700 ft
load..... 7-3.8.. 4.8-2.4 G's
The use of the rotary is a two edge sword. If they do it right it
will help the acceptance of the rotary. If not... well.
The Mid-West rotary engine specs are as follows.
AE100R $9675.00 un-certified 1993 prices
Aero Power Lake Wales Airport
450 Airport Road
Lake Wales Fl 233853
813 678 3135
fax 676 6125
294cc per rotor
100HP at 6700
TBO 1,500 hours
blower air cooled rotor
weight 117 pounds
dual Tillotson carbs
BSFC aprox 0.50 cruise
PSRU ratio 1:2.964 [big prop? good for amphib]
low pressure direct injection lubrication
dry sump
oil usage 1.75% of fuel usage
length 28 inches
height 16 inches
width. 19 inches
dual cd ignition
starter
26A brushless generator built into flywheel
Paul
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The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Sat Apr 25 10:04:39 1998
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Bill Freeman wrote:
Paul,
I could do an FEA on a prop, but it would be a bit time-consuming.
Getting the load distribution would be challenge, and the risk of
bad assumptions, primarily with local airflow velocities and directions
would be significant. Also, if you are talking about a composite
prop, material properties are usually VERY hard to come by. To properly
characterize a fully non-isotropic material you need 18 terms (minimum),
many which are exceptionally difficult to measure. We have a pretty well
equipped materials testing lab and some of the odd Poisson's ratio terms
are nearly impossible to directly measure. Ever try to put strain gages on
the edge of a .040" thick layup and then put the sample in PURE shear,
while getting accurate edge effects?? Pretty iffy stuff. Boy are those strain
gages small and hard to work with!
You can do a lot of pretty good work if you stick to micromechanics to
work up the bulk material properties,as an approximation. OTOH, the
real benefits of composites are lost if you do too much smearing of
properties or too much "isotropic-izing". You will not find interlaminar
shear failures if you
don't characterize the layup in detail, a major disadvantage to the
micromechanics
(smearing) approach.
Remember the Learfan. All layups were 0-45-90-45-0, i.e. working towards being
isotropic, regardless of the load directions in a particular panel. And, it
was rivetted together!!! Black aluminum. Sad wasts of the real
advantages of composites.
In any case, a prop analysis would be a challenge. Not too likely to
happen with my present employer, tho.
How much does Klaus charge for this magical +15 mph prop?
Bill
I think about $1800.
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Sun Apr 26 16:00:04 1998
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From:
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Date: Sat, 25 Apr 1998 09:46:39 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: heat rejection
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Get a copy of High-Tech Performance mag March 98 issue if you can find
one. CSK publishing (201) 712-9300
http://www.cskpub.com
This is the only car magazine worth buying from a technical point of
view. Mostly due to the writings of Ray Bohacz.
Look on page 65; Liquid Horsepower by Ray T. Bohacz. This article is
about a coolant with a boiling temp of 369 degrees F at
sea level pressure and nucleate boiling. The coolant is sold by Evans
Cooling systems 446 Lancaster Ave. Frazer, Penn. 19355 (610) 889 9933. I
don't know the chemical composition. If true it might have some
application to reduce hot spots in liquid cooled rotary based aircraft
engine's aluminum trochoid housings.
Everett showed me what he did to enhance the heat rejection in the
combustion chamber area. According to Everett if you don't do something
oil tends to coke on the trochoid housing in this area at high
continuous power levels. Everett sort of ported out the water jacket
basically and Dave Atkins grinds little fins inside the water jacket.
Tracy?
Mazda merely milled out some material in a couple of places for the
turbo engine.
I would particularly like to hear some comments from Jeff on this
subject.
BTW Dave Atkins is claiming 2500 hours on AC rotaries in his advert. in
this months US Aviator.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Sun Apr 26 16:00:05 1998
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From:
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Message-ID:
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Date: Sat, 25 Apr 1998 12:33:45 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: Avia Automatic Prop
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I just found a brochure I piked up at S&F on the Avia 2 blade prop.
Avia Hmailton Standard
Aviation Lts.
PO Box 22
250 02
Stara Boleslav
Czech Republic
Part #______V503A______V503AP
Rotation_____CCW________CW
Max HP_______217________160
Max speed____2750_______2750 RPM
Weight_______57.1_______68.3 pounds
Application__Aerobatic__General aviation.
TBO__________1000_______1000 hours
Paul
BTW Dave Atkins has a new web site
http://www.atkinsrotary.com
--
The aircraft rotary engine electronic newsletter.
Web:
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>From - Sun Apr 26 16:00:07 1998
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<35430542.3AB4@worldnet.att.net>
Date: Sun, 26 Apr 1998 02:58:26 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: [Fwd: Re: heat rejection]
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John Lynch wrote:
paul-lamar-la@worldnet.att.net wrote:
Get a copy of High-Tech Performance mag March 98 issue if you can find
one. CSK publishing (201) 712-9300
http://www.cskpub.com
This is the only car magazine worth buying from a technical point of
view. Mostly due to the writings of Ray Bohacz.
Look on page 65; Liquid Horsepower by Ray T. Bohacz. This article is
about a coolant with a boiling temp of 369 degrees F at
sea level pressure and nucleate boiling. The coolant is sold by Evans
Cooling systems 446 Lancaster Ave. Frazer, Penn. 19355 (610) 889 9933. I
don't know the chemical composition. If true it might have some
application to reduce hot spots in liquid cooled rotary based aircraft
engine's aluminum trochoid housings.
paul,
I'm curious what the composition and heat capacity of this material are. As
you know, water is just about the best thing there is for heat capacity and
thermal transfer, and usually there is a big penalty in heat transfer when
using anything else. Even ethylene glycol /water mix is not nearly as good
as water alone. Also (from my solar collector days) in a high pressure
system like reactor boilers and such, they use 550 deg F water, which is
very high pressure steam if a leak develops. However, the Israelis (Luz,
Inc.) who built the solar trough collector array at Barstow used a special
heat transfer oil because they didn't like the high pressures involved with
steam, etc. Not only did the "heat transfer oil" not transfer heat as
efficiently as water, but when they did have a leak, guess what, the oil at
600 degrees was VERY flammable and burned part of their plant down...
Anyway, I'm not saying this stuff is in any way related, but the chemistry
must be very interesting.
john
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Mon Apr 27 06:39:49 1998
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Date: Sun, 26 Apr 1998 16:00:44 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
CC:
lse@west.net
Subject: Klaus's prop planform.
Content-Type: multipart/mixed; boundary="------------49F5725952D3"
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Here is one of John's excellent photos of Klaus's prop on the front of
John's airplane.
My theory on why it works so well is the tips are swept back and very
thin so they have less drag in the transonic region where they are
working. This means you can use a slightly larger diameter prop at the
same RPM and enjoy a higher aspect ratio blade.
Klaus on the other hand..... no telling why he thinks it works :-)
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
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--------------49F5725952D3--
>From - Wed Apr 29 01:31:11 1998
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Date: Mon, 27 Apr 1998 08:03:19 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: [Fwd: Re: Sea Storm]
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Larry Elie wrote:
Thanks for the info on the Sea Storm Paul. I may never get the time to attend down there.
By the way, I take the '200 to 500' hour assembly with a grain of salt:
On their web page, they are quoting about 21 SMPG at 165 MPH with the
'modified' 220+ hp Mazda, based on the amount of fuel the thing holds.
I never saw a rotary that efficient. Come to think of it, unless the
airframe is really clean, I doubt your 182 can get that kind of
mileage.
I wish they would answer their e-mail, because I really wanted to know
what they did about a heater system. Michigan is cold for half the
year, and most planes with engines in the back-- even water cooled
ones-- don't have decent heaters. That plus the visibility in climb
looked pretty bad. I might be convinced to open my checkbook later
this year.
I am sure they will be at Oskosh.
You guys are lucky to live up there with all those lakes to land
airplanes in. CA does not allow landings in very many lakes because most
of them are reservoirs. Don't forget, the Mazda burns 100LL and boat
dock fuel equally well unlike a real AC engine.
Float planes are such fun. My son took me out in the NWT bush in a
Canadian Forces Twin Otter on floats one time and I had a ball.
Yes! I think they are being optimistic on the fuel burn too. Around 0.5
is achievable. Unless of course you guys are interested in fooling
around with strat charge but you will have your plate full just building
it.
Don't worry Larry! Rotaries reject a lot of heat. That is were some of
the MPG goes. The heater will work fine. Put the rad in the nose along
with the oil cooler with a flapper valve in the outlet duct to divert
the air in the summer time. Thats were we put the rads in most Can Am
cars to get excellent airflow. We used 1.25 to 1.5 inch soft aluminum
pipes with bends were necessary to feed the coolant back and fourth. We
welded large AN fittings to the pipes.
A Corvette aluminum expansion tank will work great up in the cowling.
Come to think of it if you put the pipes near the bottom of the hull you
will pick up a little cooling effect when you are just water taxing
around.
BTW the Sea Storm is an ideal configuration for the Mazda (with the
engine on top like that). The Mazda required bed type engine mount
(bolted to the pan rails) will work great. I will sketch my suggested
design and up load it. I am sure Sea Storm also has some ideas about
that too.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
>From - Wed Apr 29 01:31:13 1998
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Date: Mon, 27 Apr 1998 09:57:05 -0700
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To: "Paul Lamar Sr."
<paul-lamar-la@worldnet.att.net>
Subject: Sea Storm Rad Location
Content-Type: multipart/mixed; boundary="------------534925B04723"
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--------------534925B04723
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Usually there is a high pressure area at the base of the windscreen.
This causes an accelerated lateral flow over and down at the sides of
the wind screen. This in turns causes a low pressure area about where I
have shown the rad air outlets in the attached GIF.
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
Contact me for zipped back issues.
--------------534925B04723
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>From - Wed Apr 29 01:31:19 1998
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Tracy Crook wrote:
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
Everett showed me what he did to enhance the heat rejection in the
combustion chamber area. According to Everett if you don't do something
oil tends to coke on the trochoid housing in this area at high
continuous power levels. Everett sort of ported out the water jacket
basically and Dave Atkins grinds little fins inside the water jacket.
Tracy?
Mazda merely milled out some material in a couple of places for the
turbo engine.
BTW Dave Atkins is claiming 2500 hours on AC rotaries in his advert. in
this months US Aviator.
<
My nucleate boiling problems were very minor and were solved by using
glycol coolant (50 - 50 mix) and higher system pressure (30 psi) but I am
only pushing the engine to 160 HP. I would be tempted to try even higher
system presures but don't know how much the water pump can take. Everett
was an advocate of using straight water. I understood the physics of what
he was saying but was not convinced of the real world benefits and
advantages of this.
Don't really know which is the best modification is but I'm going to give
the rotor housings of my next engine the groove treatment similar to what
you described Atkins doing. Everett's method required supporting the
housing walls with some added studs due to the large amount of material
removed.
As far as the cokeing problem, I'll find out if it's a real problem when I
tear down the engine at 1000 hours (now at 640). I've seen this in the
many car engines I've disassembled but thought it was due to Mazda's use of
oil injection from the oil pan (HD 4 stroke oil). I don't use this system.
What I see (in the airplane engine) could be affected by my choice of apex
seal lubricant (Marvel Mystery Oil) which I mix at a 128 : 1 fuel - oil
ratio. I use it for its undeniable ability to purge carbon & ash
deposits.
BTW, does anyone know what the base stock of MMO is? It seems to run
right through my engine and survive the trip through the exhaust system
unchanged. It accumulates on the belly of my RV-4 as an oily film. Still
has the characteristic red color of MMO.
Atkins 2500 hr claim is based on Jim Mayfield's engine (which Atkins built)
times (1100 on one and 1500 on another) which is by far the most I heard
of (and believe). Rick Schnieder claimed to have over 2000 hours on a
single rotary engine (he did fly one from Alaska to Sun 'n Fun) but then he
also claimed he was going to run the engine on water using some
revolutionary new technology.
Tracy
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>From - Wed Apr 29 01:31:20 1998
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R.J. (Bob) Falkiner wrote:
this appears to be a standard correlation equation that relates
conductivity of the different metal to that metal at a reference
temperature (to ) ??
the proper form of the equation should PROBABLY be
K(t) =Ktref + a(t - tref) where
K(t) is the thermal conductivity of the material at the actual temperature
t
Ktref is the thermal conductivity of the material at its reference
temperature (generally something like 0 or 20 or 25 C)
a = a constant
basically this is a first order equation to correct the SLOPE or rate of
change of thermal conductivity of various materials with temperature with
various materials in a standard format. to compare all materials at their
reference temperature just use the first value of Ktref which gives you an
absolute comparison near room temp
for the record stainless is a pretty poor conductor of heat. the attached
table does not really convey the huge range for various metals/alloys.
checkout copper and silver compared to pure iron and stainless by
comparison is an insulator.
--
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Web:
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>From - Wed Apr 29 01:31:21 1998
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Bill Freeman wrote:
Paul,
I'm sure you're right. The other trick here is that in the transonic region
you want to have a 6% thickness or thinner airfoil and these are not
structurally sound with wood. You'll lose the prop to flutter. Mike Melville
did this to his prop about 10 yrs ago, basically cutting down the thickness
until it was all carbon on the last 2-3 inches and maybe 0.060" thick with
a 1.5" tip chord. Very stiff (hand check) and he got good speed out of it.
Mike was a bit scared of rain with this prop, tho. Haven't seen what he
is running now.
Bill
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>From - Wed Apr 29 01:31:24 1998
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Larry Elie wrote:
Hmm. I guess one hyperbola deserves another.
R.J. (Bob) Falkiner wrote:
this appears to be a standard correlation equation that relates
conductivity of the different metal to that metal at a reference
temperature (to ) ??
the proper form of the equation should PROBABLY be
K(t) =Ktref + a(t - tref) where
K(t) is the thermal conductivity of the material at the actual temperature
t
Ktref is the thermal conductivity of the material at its reference
temperature (generally something like 0 or 20 or 25 C)
a = a constant
basically this is a first order equation to correct the SLOPE or rate of
change of thermal conductivity of various materials with temperature with
various materials in a standard format. to compare all materials at their
reference temperature just use the first value of Ktref which gives you an
absolute comparison near room temp
for the record stainless is a pretty poor conductor of heat. the attached
table does not really convey the huge range for various metals/alloys.
checkout copper and silver compared to pure iron and stainless by
comparison is an insulator.
Since I didn't have time to respond properly, I have let this go until now. Actually, I still don't, but still have to say someting. First off; all stainless alloys, whether the magnetic 400 or 200 series, or non-magnetic 300's, are metals. Metals have electrons that are available for conduction, both of electricity and heat. All metals, from the worst conductors of heat, such as platinum, at 3.15 W/(cm*deg.K @ RT) to Copper at 68 W/cm*deg.K @ RT), tend to have thermal conductivity much higher than those of, say, glasses, which are in turn orders of magnitude higher than those of typical organic compounds, or such things as 'plastics'. Those ARE insulators.
Sure, some pure metals, like selenium, and any number or alloys are far
worse thermal conductors than copper or aluminum. At RT, aluminum is
roughly 3 times better at thermal conductivity than pure iron; that
doesn't make iron an insulator, nor does it say much of anything about
alloys of iron, like either ductile or stainless.
If that wasn't enough for generalities, the thermal conductivity of
metals changes with temperature (check the Handbook of Chemistry &
Physics if you like), giving a new k instead of a k sub ref. At 600 K
for example, Silver is a better conductor than either copper or
aluminum, which it is not at 25 (but WAS again at low temperatures),
because k describes a curve. The slope of the curve changes depending
on where you are on the curve. You really need to look at the delta T
represented across the item being tested, as well as it's entire range
of operating temperatures, and how long it will see those
temperatures. There is the issue I was referring to.
My earlier comments about stainless being an excellent conductor with a
poor rap
due to heat capacity are related to conversations with someone doing
work on a
stainless shell used in a catalytic sensor; the temperature is over 600
C, and since the densities are similar (there are a number of web-sites
under 'metal' you can find for all these parameters-- if you have the
time-- I don't), you would expect that conductivity and heat capacity
would be the same; I am told they are not. The mass involved is very
small, and the temperature cycling is very large. Heat capacity is the
amount of heat required to increase the temperature of the system 1
deg. C, expressed in cal /deg. C. The difference to me is subtle, but I
am told when if you design for small masses at very high temperatures--
such things as this sensor, or a classic like a vacuum tube, then the
parameter that you need is NOT thermal conductivity but heat capacity.
Things just change too much from the low end to the high end of the
temperature range (remember the curve for k above?) to just use any one
k. Across these ranges, it isn't a factor of 2 or three in thermal
conductivity you are worried about, but an order of magnitude in heat
capacity. There is where stainless looses, and not by factors of 2 or
3.
For an engine rotor, where the temperature isn't changing all that fast
compared to the above, the difference is subtle. Even for a valve, I
doubt it would matter, the range just isn't there. But get the range
large enough....I hope this doesn't get anyone mad. People just don't
always agree; I've had people tell me that glass was a better conductor
than steel, because IR gets through so fast and warms their hand. But I
couldn't convince them otherwise, and, for their purpose, I suppose they
can believe it. The same for Stainless being an nearly a 'thermal
insulator.' I would have a hard time saying that.
Peace.
Larry Elie
lelie@ford.com
Thanks guys for all the info on stainless steel.
BTW SS seems to work fine for exhaust valves in recipes.
I took another look at a rotor Tracy had out on display at S&F and spied
the 1/16 of an inch wide side sealing slot and decided it was more
trouble than it was worth to cast one's own rotors with deep pockets.
That could be the draw back to a turbo rotary at boost pressures
anything other than altitude comp..
If I experiment with strat. charge I will build my own injectors that
squirt in the right direction. I may also vary the injection pressure as
a function of RPM to reduce the wall wetting Jeff mentioned.
Paul
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* SAE Paper # 871042 0148-7191/87/0428-1042 $12.50 Design and
Development of the Voyager 200/300 Liquid Cooled Aircraft Engine by
R.E. Wilkinson. Twenty pages. Published in 1987. This paper is about
the engine used in the Rutan Voyager around-the-world un-refueled
record holder. If you never read anything else about any kind of
engine you must read this paper. It is by far the most informative
and up to date information on liquid cooled engines there is.
I wish I knew what BSFC number Burt used to calculate the fuel burn of
the Voyager. This excellent paper is claiming 0.38 for the O-200 around
the world version. IMHO the engine did not get enough credit. This paper
is an excellent education on all types of engines as to heat flow and
tempertures of various parts of an internal combustion engine.
This paper is why Continental is claiming 8 gallons an hour at 150HP
(0,32?) for their new 290 pound GAT diesel :-) (Can you top 0.38?)
One wonders why the AC world has not beat a path to Continental's door
step for this engine series? Is liquid cooling that big of a
disadvantage? If it is will they go for the diesel then?
Of course all this is speculation becasue we don't know if the diesel
will live at 290 pounds and neither does Continental. It is going to
take ten years in the hands of customers (if any) to find out. I for one
would not rush out and buy one for my airplane even if it were 230 HP.
Paul
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Subject: Heat flow
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Perhaps this is the reason the world is not beating a path to
Continetal's door for liquid cooled aircraft engines.
In an article in the April 1994 Aerospace Engineering page 7 titled
"Coolant for a liquid-cooled piston engine" anon. some of the problems
came to light. This article probably did not get the attention it
deserved because they quoted the operating coolant temperture in degrees
Celius.
Most of us old guys still think in terms of (old Dan) Fahrenheit. Heck
131 degrees C is not that much right? Try 250 degrees F? Continental
found out in the paper mentioned in my previous message that the hotter
you run the coolant the better the BSFC which is to be expected. BTW
that is not necessarily the temp of the metal adjacent to the combusion
chamber.
Well they decided to run the coolant at 250F, 30 PSI and 30 GPH or so in
the twin six cyclinder Voyager engines for the RAM 414 AW Cessna
conversion.
Strange things began to happen.
A mysterious white powder was noticed in the cylinders and cooling
system after 200 to 250 hours. It was analysed and found to contain
phosprous, silicon, aluminum and sodium. Also a heavy build up of gel
type material was found in the radiators. The radiators required
replacement as they could not figure out how to clean them. They
considered lowering the operating temperture.
Instead Texaco Chemical Co. came up with a new ethylene glycol with a
revised inhibitor formulation. The quantity of deposites in the cooling
system was "significantly reduced". Of course by that time the public
relations and liquid cooled aircraft engine image damage was done.
My question is; what about the coolant with a boiling temp of 369
degrees F at sold by Evans Cooling systems 446 Lancaster Ave. Frazer,
Penn. 19355 (610) 889 9933? What will it do at high temps and pressures
long term?
Paul
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Web:
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>From - Thu Apr 30 18:57:45 1998
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Subject: [Fwd: Re: Heat flow]
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Jeff Spitzer wrote:
At 06:34 AM 4/29/98 -0700, you wrote:
My question is; what about the coolant with a boiling temp of 369
degrees F at sold by Evans Cooling systems 446 Lancaster Ave. Frazer,
Penn. 19355 (610) 889 9933? What will it do at high temps and pressures
long term?
Paul
As usual I have very little time to repond here but I wanted to respond to
these posts about a high boiling point fluid being some kind of advantage.
It's not! In fact, most heat carried away from the high heat flux areas of
ANY engine is only possible through nucleate boiling. For those of you who
don't know what nucleate boiling is it is a microscopic phase change
(boiling) that occurs in a the fluid boundary layer which creates intense
microscopic turbulence. Also the vapor bubbles are carried away from the
surface by the process and are immediately recondensed by the cooler bulk
fluid. If one calculates the heat flux that can occur with pure convection
it immediately becomes obvious that nucleate boiling is required for high
flux. So, if the boiling point of the coolant is increased the wall temp
must increase proportionally to acheive nucleate boiling and remove the
heat. Higher boiling temp coolant will always make the engine run hotter
(for the same coolant bulk temp). One upside of nucleate boiling is that
the heat flux is exponential with temperature difference between the wall
and the bulk fluid for wall temps above the boiling point. In other words,
for typical heat flux values, the wall adjacent to the coolant will never
run more than tens of degrees hotter than the bulk fluid (as long as
reasonable flow is provided) and even if the heat flux doubles the wall
temps will only go up by tens of degrees. Engines which experience
localized cooling problems are always to be blamed on poor flow
distribution or too thick walls (note that the coolant side wall is
maintained not the combustion side) and not on coolant properties (unless
the BP is too high) The real issues with coolant properties and temps show
up in the radiator where temp and convection coefficients are all that is
available to transfer heat. Here is where either extremely hot fluid or
one with great thermal/boundary properties (e.g. pure water) can make an
improvement.
Anyone who runs anything but water in an engine designed for water deserves
what he gets.
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>From - Thu Apr 30 18:57:46 1998
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Subject: Heat flow.
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One of the neat things about the rotary is it's two dimensional coolant
jackets. You can get in there with a grinding wheel and modifiy them.
To clarify what Jeff said a little; The heat of vaporization is very
high. Boiling the fluid sucks a lot of heat out of the metal. There are
such things as steam cooled engines.
About 27 years ago I helped write a little book on race car braking
systems published by Steve Smith AutoSport. Therein I advocated spraying
water on the racing car brake disk to cool them. It was done by a Jaguar
racing team among others and it worked. The brake disk did not crack.
Steam coming off your brake disk anyone?
Paul
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The aircraft rotary engine electronic newsletter.
Web:
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>From - Thu Apr 30 18:57:47 1998
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Subject: Heat flow
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I think we need to differentiate a steam pocket from nucleate boiling.
I will define a steam pocket as a place in the cooling jacket where tiny
steam bubles are not carried away by the bulk coolant flow. Most people
agree, steam pockets are bad. In those cases Evans claims success with
his high temp fluid. More on that fluid later.
I think we all agree hotter is better for BSFC up to a point. In the
rotary the current temperature limitation seems to be the cokeing of the
oil on the trochoid combustion side wall. There are no exhaust valves to
burn or aluminum in contact with the combustion gases to melt. (For
those not familiar with the aluminum Mazda center housing design there
is a cast in steel liner.)
Tracy claims Marvel Mystery Oil mixed with the fuel seems to work at the
temperture he is running. At Tracy's talk at S&F someone objected to
this mixing requirement and the possibility of a seperate tank plumbed
to the stock existing oil injection pump was discussed.
Tracy, please put some of that Marvel Mystery Oil on a stove with a
turkey thermometer and heat it up to see what happens. (This is a trick
I saw in Prolong infomercials on TV :-))
Most agree on the need for a thinner inner wall (or other methods) in
the cooling jacket to enhance heat flow if the cokeing problem cannot be
solved by a high temperture oil formulation. To restore stiffness to the
inner wall columns connecting inner and outer walls in the cooling
jacket could be used. In fact Taylor discusses that in Volume 1 Chapter
eight along with the whole subject of engine cooling.
I am sure most of you have Taylor's books. For those that don't...
Taylor's series of books is the best I have found so far. The bible of
engine design.
The Internal Combustion Engine in Theory and Practice.
Volume 1: Thermodynamics, Fluid Flow, Performance. Second Edition
Revised. 1985 ISBN 0-262-70026-3
Volume 2: Combustion, Fuels, Materials, Design. Revised 1985. Charles
Fayette Taylor. The MIT Press Cambridge Massachusetts, and London
England. ISBN 0-262-70027-1
About $90 for the set. Try AutoBooks in Burbank CA or OpAmp books in
Hollywood.
Anybody know of some later or better?
Paul
--
The aircraft rotary engine electronic newsletter.
Web:
http://www.echelon.ca/jlamar/lamar.html
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>From - Sun May 03 10:39:27 1998
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Tracy Crook wrote:
Message text written by INTERNET:paul-lamar-la@worldnet.att.net
How's the water situation?
Do you have the results of the Sun 100 and time to climb races?
<
Water has finally gone down at Shady Bend and cleanup is underway.
Have results somewhere in the pile of stuff i brought back from S 'n F but
left it at Shady Bend. I think a Questair Venture won the top spot in
unlimited but the REALLY interesting result was in the 360 cubic Inches or
less "run what you brung" class (can't remember what the official name for
it was called). Dave Anders flying an RV-4 beat everyone including the RG
Glasairs & Lancairs with an average speed of 248 mph! Who says you have
to have retracts to go fast...
Tracy
Thanks Tracy. Remember! You saw Dave Anders airplane on here first :-)
BTW sorry about the size of that JPEG of the rotor houseing I just sent.
I got carried away with the resolution and scale up. You can actually
see the threads in the spark plug hole :-)
Also BTW for you subscribers that live in the LA area the local chapter
of the EAA has invited Paul McCready of Gossamer Condor/Albatross, high
altitude electric powered flying wings and the GM EV1 electric car
developer to appear at their next meeting.
Thursday May 14th 8pm, Sunset Masonic Lodge, 1720 Ocean Park Blvd.
Santa
Monica.
Thanks Paul.
Stan Susman
P.S. You can bring friends..
Little does he know :-)
Let me know by 6:00 PM if you fly in. I can pick you up in the van at
Santa Monica airport at 7:30 PM at the new resturant on the south east
side of the field.
Paul
