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From: "Leon" <peon@pacific.net.au>
To: "Rotary motors in aircraft" <flyrotary@lancaironline.net>
References: <list-607823@logan.com>
Subject: Experiement vs Theory take 2 was Re: [FlyRotary] Re: water cooled matrix in oil pan
Date: Sat, 15 Jan 2005 19:21:07 +1100
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Hi Al,

THEORY vs EXPERIMENT

I've been studing the development of the rotary for 30+ years.  I also =
had the dubious priviledge of working on NSU Ro80s in the early '70s.   =
Nothing that ever came out of the NSU Factory ever worked (for long).  =
MTBF of the engines was  around 15,000 - 17,000 miles!!!  All good =
German Engineering Theory that didn't EVER work (for long) in practice.  =


For sure,  the NSU Ro80 chassis itself was a magnificent road car =
(thanks to Audi knowhow),  but the powerplant and drivetrain was a =
mobile (more often than not IM-mobile) mechanical disaster from day 1. =
They were NEVER able to satisfactorily fix it.   Many a divorce and many =
a heart attack was caused by these infernal contraptions. =20

It also took Mazda several years to get it right.  By 1974,  with the =
intro of 3mm steel seals,  different alloy in the rotor housings,  and =
proper teflon/silicone water seals,  most of the problems were fixed.  =
But it was mainly by trial and error,  and observation,  and sheer =
dogged perseverence. The exercise nearly sent Mazda broke too.  In the =
end,  it was what worked in practice that mattered.  Bugger the theory!!

By 1974,  Mazda had fixed most of the basic intractable sealing =
problems. Looked after,  the engines would go well over 250,000 miles =
between overhauls. Now,  with the REW powered RX7s,  the motors are so =
reliable  that Mazda don't even have an engine reconditioning facility =
in Oz any more.  However, I still get ignorant people coming up to me =
telling me that rotary engines are no good because the "seals blow". =
(But that is another issue) .. I do digress ....

SUMP MOUNTED HEAT EXCHANGERS

Back to the matter at hand.  Personally,  I can't see what oil flow rate =
has to do with convective flow/heat transfer,  at least in the =
application I'm proposing.  Maybe I'm like the bumble bee that is too =
ignorant of physics to know what can't work??  As it happens,  the flow =
I've used is a kinematic inversion of a normal oil/water heat exchanger =
!!! =20

The coolant is INSIDE the tubes) of the heat exchanger,  and is at =
normal block pressure (15-22 PSI). The hot oil is passing over the =
EXTERNAL fins of the heat exchanger,  so it will experience TURBULENT =
flow. Really good for convective heat transfer,  or so they tell me!!

The HOT oil actually enters from the top and flows (drizzles - depending =
on engine RPM)  down to the bottom of the pan over the fins and is =
continually removed by the pick-up,  which is below the heat exchanger.  =
Bulk oil flow rate will depend on engine RPM.  As Mike Wynn said,  if =
the oil dwells on the fins a little,  so much the better.  There's =
(relatively) cold water running through the tube(s), taken from the cold =
side of the rad, so it is just going to cool the oil a bit more ... =20

The flow of cooling water can be controlled either by a thermostat,  a =
manual heater tap,  or an electronically controlled EBP.  (Electronic =
Booster Pump - shock horror Batman!)  In cold climates,  you want to be =
able to warm the oil quickly,  and keep it at near water temp when =
running hard.

As I mentioned in a previous post,  the best heat exchanger unit I've =
found is something like a Hayden auto tranny oil cooler.  See attached =
pic. The one on the right is about the G_O.  Also see:

http://www.powerdemon.com/Transaver.html

Different sizes are available,  and depending on the heat rejection =
capacity required, (and available space),  often it is better to run 2 =
or 3 small ones in parallel rather than one giant one.

So to summarise,  COLD water passes through the tube(s),  and the oil =
flows over the outside fins.  NOT expensive,  NOT heavy,  and really =
easy to engineer,  and a lot more compact than an oil/air heat =
exchanger,  AND no high pressure oil hoses to spew hot oil at 70+ PSI =
all over your pristine engine bay and canopy!!

Cheers,

Leon
  ----- Original Message -----=20
  From: Al Gietzen=20
  To: Rotary motors in aircraft=20
  Sent: Saturday, January 15, 2005 1:44 PM
  Subject: [FlyRotary] Re: water cooled matrix in oil pan


  And BTW, folks. A good balance of theory and experiment is where it's =
at.  Let' not forget that without the theory and engineering; there =
wouldn't be a rotary engine.


  Al

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<BODY lang=3DEN-US vLink=3Dpurple link=3Dblue bgColor=3D#ffffff>
<DIV><FONT face=3DArial size=3D2>Hi Al,</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>THEORY vs EXPERIMENT</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>I've been studing the development of =
the rotary for=20
30+ years.&nbsp; I also had the dubious&nbsp;priviledge of working on =
NSU Ro80s=20
in the early '70s.&nbsp;&nbsp; Nothing that ever came out of the NSU =
Factory=20
ever worked (for long).&nbsp; MTBF of the engines was&nbsp; around =
15,000 -=20
17,000 miles!!!&nbsp;&nbsp;</FONT><FONT face=3DArial size=3D2>All good =
German=20
Engineering Theory that didn't EVER work (for long)&nbsp;in =
practice.&nbsp;=20
</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>For sure,&nbsp; the NSU Ro80 chassis=20
itself&nbsp;was a magnificent road car (thanks to Audi knowhow),&nbsp; =
but the=20
powerplant and drivetrain was a mobile (more often than not IM-mobile)=20
mechanical disaster from day 1.&nbsp;They were NEVER able to =
satisfactorily fix=20
it.&nbsp; &nbsp;Many a divorce and many a heart attack was caused by =
these=20
infernal contraptions.&nbsp; </FONT></DIV>
<DIV>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>It also&nbsp;took Mazda several years =
to get it=20
right.&nbsp; By 1974,&nbsp; with the intro of 3mm steel seals,&nbsp; =
different=20
alloy in the rotor housings,&nbsp; and proper teflon/silicone water =
seals,&nbsp;=20
most of the problems were fixed.&nbsp;&nbsp;But it was mainly by trial =
and=20
error,&nbsp; and observation,&nbsp; and sheer dogged perseverence. The =
exercise=20
nearly sent Mazda broke too.&nbsp; In the end,&nbsp; it was what worked =
in=20
practice that mattered.&nbsp; Bugger the theory!!</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>By 1974,&nbsp; Mazda had fixed most of =
the basic=20
intractable sealing problems.&nbsp;Looked after,&nbsp; the engines would =
go well=20
over 250,000 miles between overhauls.&nbsp;Now,&nbsp; with the REW =
powered=20
RX7s,&nbsp; the motors are so reliable&nbsp; that Mazda don't even have =
an=20
engine reconditioning facility in Oz any =
more.&nbsp;&nbsp;However,&nbsp;I still=20
get ignorant people coming up to me telling me that rotary engines are =
no good=20
because the "seals blow". (But that is another issue) .. I do digress=20
....</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>SUMP MOUNTED HEAT =
EXCHANGERS</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>Back to the matter at hand.&nbsp; =
Personally,&nbsp;=20
I can't see what oil flow rate has to do with convective flow/heat=20
transfer,&nbsp; at least in the application I'm proposing.&nbsp; Maybe =
I'm like=20
the bumble bee that is too ignorant of physics to know what can't =
work??&nbsp;=20
</FONT><FONT face=3DArial size=3D2>As it happens,&nbsp;&nbsp;the flow =
I've used is a=20
kinematic inversion of a normal oil/water heat=20
exchanger&nbsp;!!!&nbsp;&nbsp;</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>The coolant is INSIDE the tubes) of the =
heat=20
exchanger,&nbsp; and is at normal block pressure (15-22 PSI).&nbsp;The =
hot oil=20
is passing over the EXTERNAL&nbsp;fins of the heat exchanger,&nbsp; so =
it will=20
experience&nbsp;TURBULENT flow.&nbsp;Really good for convective heat=20
transfer,&nbsp; or so they tell me!!</FONT></DIV>
<DIV>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>The HOT oil actually enters from the =
top and flows=20
(drizzles - depending on engine RPM)&nbsp;</FONT><FONT face=3DArial=20
size=3D2>&nbsp;down to the bottom of the pan over the fins and is =
continually=20
removed by the pick-up,&nbsp; which&nbsp;is below the heat =
exchanger.&nbsp; Bulk=20
oil flow rate will depend on engine RPM.&nbsp; As Mike Wynn said,&nbsp;=20
if&nbsp;the oil&nbsp;dwells on the fins a little,&nbsp; so much the=20
better.&nbsp; There's (relatively) cold water running through the=20
tube(s),&nbsp;taken from the cold side of the rad,&nbsp;so it is just =
going to=20
cool the oil a bit more ...&nbsp; </FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>The flow of cooling water can be =
controlled either=20
by a thermostat,&nbsp; a manual heater tap,&nbsp; or an electronically=20
controlled EBP.&nbsp; (Electronic Booster Pump - shock horror =
Batman!)&nbsp; In=20
cold climates,&nbsp; you want to be able to warm the oil quickly,&nbsp; =
and keep=20
it at near water temp when running hard.</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>As I mentioned in a previous =
post,&nbsp; the best=20
heat exchanger unit I've found is something like a Hayden auto tranny =
oil=20
cooler.&nbsp; See attached pic.&nbsp;The one on the right is about the=20
G_O.&nbsp; Also see:</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2><A=20
href=3D"http://www.powerdemon.com/Transaver.html">http://www.powerdemon.c=
om/Transaver.html</A></FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>Different sizes are available,&nbsp; =
and depending=20
on the heat rejection capacity required,&nbsp;(and available =
space),&nbsp; often=20
it&nbsp;is better to run 2 or 3 small ones in parallel rather than one =
giant=20
one.</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>So to summarise,&nbsp; COLD water =
passes through=20
the tube(s),&nbsp; and the oil flows over the outside fins.&nbsp; NOT=20
expensive,&nbsp; NOT heavy,&nbsp; and really easy to engineer,&nbsp; and =
a lot=20
more compact than an oil/air heat exchanger,&nbsp; AND no high pressure =
oil=20
hoses to spew hot oil at 70+ PSI all over your pristine engine bay and=20
canopy!!</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>Cheers,</FONT></DIV>
<DIV><FONT face=3DArial size=3D2></FONT>&nbsp;</DIV>
<DIV><FONT face=3DArial size=3D2>Leon</FONT></DIV>
<BLOCKQUOTE dir=3Dltr=20
style=3D"PADDING-RIGHT: 0px; PADDING-LEFT: 5px; MARGIN-LEFT: 5px; =
BORDER-LEFT: #000000 2px solid; MARGIN-RIGHT: 0px">
  <DIV style=3D"FONT: 10pt arial">----- Original Message ----- </DIV>
  <DIV=20
  style=3D"BACKGROUND: #e4e4e4; FONT: 10pt arial; font-color: =
black"><B>From:</B>=20
  <A title=3DALVentures@cox.net href=3D"mailto:ALVentures@cox.net">Al =
Gietzen</A>=20
  </DIV>
  <DIV style=3D"FONT: 10pt arial"><B>To:</B> <A =
title=3Dflyrotary@lancaironline.net=20
  href=3D"mailto:flyrotary@lancaironline.net">Rotary motors in =
aircraft</A> </DIV>
  <DIV style=3D"FONT: 10pt arial"><B>Sent:</B> Saturday, January 15, =
2005 1:44=20
  PM</DIV>
  <DIV style=3D"FONT: 10pt arial"><B>Subject:</B> [FlyRotary] Re: water =
cooled=20
  matrix in oil pan</DIV>
  <DIV><BR></DIV>
  <DIV class=3DSection1>
  <P class=3DMsoPlainText><FONT face=3DVerdana color=3Dblack =
size=3D2><SPAN=20
  style=3D"FONT-SIZE: 11pt; COLOR: black; FONT-FAMILY: =
Verdana"></SPAN></FONT>&nbsp;</P>
  <P class=3DMsoPlainText><FONT face=3DVerdana color=3Dblack =
size=3D2><SPAN=20
  style=3D"FONT-SIZE: 11pt; COLOR: black; FONT-FAMILY: Verdana">And BTW, =
folks. A=20
  good balance of theory and experiment is where it=92s at. &nbsp;Let=92 =
not forget=20
  that without the theory and engineering; there wouldn=92t be a rotary=20
  engine.</SPAN></FONT></P>
  <P class=3DMsoPlainText><FONT face=3DVerdana color=3Dblack =
size=3D2><SPAN=20
  style=3D"FONT-SIZE: 11pt; COLOR: black; FONT-FAMILY: =
Verdana"></SPAN></FONT>&nbsp;</P>
  <P class=3DMsoPlainText><FONT face=3DVerdana color=3Dblack =
size=3D2><SPAN=20
  style=3D"FONT-SIZE: 11pt; COLOR: black; FONT-FAMILY: =
Verdana">Al</SPAN></FONT></P></DIV></BLOCKQUOTE></BODY></HTML>

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