X-Virus-Scanned: clean according to Sophos on Logan.com Return-Path: Received: from an-out-0708.google.com ([209.85.132.249] verified) by logan.com (CommuniGate Pro SMTP 5.1.11) with ESMTP id 2248320 for flyrotary@lancaironline.net; Tue, 07 Aug 2007 13:50:10 -0400 Received-SPF: pass receiver=logan.com; client-ip=209.85.132.249; envelope-from=rotary.thjakits@gmail.com Received: by an-out-0708.google.com with SMTP id b2so294682ana for ; Tue, 07 Aug 2007 10:49:33 -0700 (PDT) DKIM-Signature: a=rsa-sha1; c=relaxed/relaxed; d=gmail.com; s=beta; h=domainkey-signature:received:received:message-id:date:from:to:subject:in-reply-to:mime-version:content-type:references; b=sZxjzcqNVyBLhCYFEMv4t6r+wdGaJOPugTWWPOueJCn19dD2e3O9lY0aCF5o3Z/cKU53qAb3g1jRG10e24S363CrlCJ4U3rou4GfeDPl0KeU9FmU564geRruxbJ/kXpdcs7+zem7d1m+eK3ULB4xPMyi0vKkFofUeB5/h4462uw= DomainKey-Signature: a=rsa-sha1; c=nofws; d=gmail.com; s=beta; h=received:message-id:date:from:to:subject:in-reply-to:mime-version:content-type:references; b=uTv+m43D0GKgDz+ttC7A3DKflu9d5zuVeWcohJ2fN4mQ7VYpq9O+vjldC5q+vH9CwI1qrofFiaPq6lHMhq/l+RMTp/kp7l7RWdOKwd4+iBtzV4XUQm1+K/mACOOImbJtepr99cUTbd4nNSoxz7aPi7tOPcbcvszfV0Voz9zSGs4= Received: by 10.100.124.5 with SMTP id w5mr4062207anc.1186508972518; Tue, 07 Aug 2007 10:49:32 -0700 (PDT) Received: by 10.100.96.15 with HTTP; Tue, 7 Aug 2007 10:49:32 -0700 (PDT) Message-ID: <63163d560708071049t19cd1c9bkebaee69ccf5b1539@mail.gmail.com> Date: Tue, 7 Aug 2007 12:49:32 -0500 From: "Thomas Jakits" To: "Rotary motors in aircraft" Subject: Re: [FlyRotary] Re: RV -7A Cooling Update 8/6/07 In-Reply-To: <63163d560708071012l3c558385ka7859f835e0ab1fb@mail.gmail.com> MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="----=_Part_138837_1530031.1186508972419" References: <63163d560708071012l3c558385ka7859f835e0ab1fb@mail.gmail.com> ------=_Part_138837_1530031.1186508972419 Content-Type: multipart/alternative; boundary="----=_Part_138838_12536116.1186508972419" ------=_Part_138838_12536116.1186508972419 Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable Content-Disposition: inline Okay, searched my email storage (power to gmail!!) and found everything you sent = ( and I cared to archive - just about all) IF all the pics are still current: a) *I *would split lengthwise to separate the oil-cooler from the radiator, rather then across. b) Make sure there is a big radius duct from the upper side of the intake opening to the upper end of the radiator. c) Make sure there is no stray eddies coming from the spinner opening (don'= t see wether you have a sealed duct or whether you use the cowling as a duct = - for all I can see your spinner might syphone air out the spinner opening...= ) d) round off the lower fire-wall edge. You are not using any exit ducting, but dump the air into the engine"room" e) Have a look at using your exhaust for some augmenting. It seems to be fairly close to the duct exit. Extending the exit according to some augemntation rules might be the ticket in connection with d) d) would be the first thing I'd go after: bend some alu, cut out any openings needed and clamp in place temporary. You might even get away with a 4" PVC-tube cut in half or 3/4 - for a trial= . Depending on the width of your exit opening, the round part has only to be over the exit, but I would try that also coming from the sides, if the exit is not across the whole width. See pics TJ PS: Be warned, all my "wisdom" is harvested from this site and the other one.... All theory, nothing flying yet ( at least nothing I built!:)) On 8/7/07, Thomas Jakits wrote: > > Going with gut-feelings: > > Dennis, you mentioned your inlet duct represents a wedge. > I believe (other expression for gut-feeling :)), a streamline duct > redirects the airflow to about 90=BA towards the radiator surface (never = mind > the fin/cooling tube orientation). > So you might want to contact that PL guy on that other list and have him > make you a custom 3D drawing for your situation. > It should not be too much work to make a duct according to streamline > philosophy - cheaper than than a new custom radiator anytime! > (Keep your intake opening and distance and have Mr. 3D-Rhino make a > coordinate list from which you can cut foam for a duct .....) > > I did not study deep enough into the cooling theory, but I understand tha= t > the incoming air has to be slowed substantially to make the cooling syste= m > efficient (less drag). At some point it will break flow and become > turbulent/stagnant - the trick seems to be (or so my gut tells me) to get > this point as close or right at the face of the radiator - here it can do > its magic (take all the heat out of the radiator) and return to orderly f= low > right after the cooler. > > Hoe does your exit (duct) look, maybe we can squeeze some more delta-P > from there..... > IF you go the PL route you might as well ask for the "perfect exit" > solution, too. > > Did you post pics in the past? > > TJ > > > On 8/7/07, Ed Anderson < eanderson@carolina.rr.com> wrote: > > > > I agree, Tracy. > > > > Our flow is without doubt never laminar, a boundary layer of laminar > > flow has only(mostly?) the molecules next to the metal absorbing signif= icant > > heat. Those molecules in the middle of the stream have no(little) > > opportunity to pick up heat. A boundary layer with turbulence on the o= ther > > hand has molecules shuffling all over the place and every one (most?) g= et an > > opportunity to contact the hot metal and take away some of the heat. So > > turbulent flow is better for conducting away heat. > > > > Chaotic macro flow (boundary layer folding over itself, eddies, etc) on > > the other hand impedes pressure recovery, increases drag and overall > > adversely effects cooling. > > > > My research and experiments leads me to believe that many factors are > > relative minor compared to the large scale adverse effect of poor duct > > design which leads to early boundary layer separation. However, > > significant macro turbulence at the entrance to the core channels might= have > > a large effect - just speculation on my part. > > > > Ed > > > > > > > > ----- Original Message ----- > > *From:* Tracy Crook > > *To:* Rotary motors in aircraft > > *Sent:* Tuesday, August 07, 2007 11:03 AM > > *Subject:* [FlyRotary] Re: RV -7A Cooling Update 8/6/07 > > > > > > No scientific analysis here, just my sum total of gut feel after readin= g > > & experimenting. > > > > In my understanding, the airflow through the common rads we use is > > fully turbulent. the little louvers in the fins are there to guarantee > > this. So what difference does it make whether the air goes turbulent a= t the > > leading edge of the fins of a dozen or so thousandts later. Again acco= rding > > to my very fallible gut feel, the whole story is whether or not you > > converted the air velocity to air pressure. Either you did or you didn= 't. I > > can't remember if you have measured pressure at the face of the rad or = not > > but that will tell the whole story. Angle of tubes, fins, face of rad= , etc > > is all relatively insignificant. > > > > The motorcycle rad stuff someone mentioned is not a good indicator. > > They do not depend on high pressure recovery the way we do so the desig= n and > > operation of their rads is not necessarily applicapable. > > > > As always, YMMV and I will gladly amend my gut feel to match reality if > > you find it is wrong. > > > > Tracy > > > > > > On 8/6/07, Dennis Haverlah wrote: > > > > > > > > > > > > I've been busy with Family vacation, dealing with the exceptional wet= weather in > > > central Texas and my tennis playing but finally I have some more > > > thoughts on radiators and cooling. *My cooling is marginal for Texas = in > > > the summer.* I want to climb at 120 kts and 26 + inches MP on a 100 = deg > > > F day without exceeding 215 on water and oil. > > > > > > I have the Griffin radiator (core 19 X 13 X 2.5 inches) and stock RX-= 7 > > > '89 oil cooler as shown on pictures I have previously posted. The > > > radiators are mounted under the engine at about a 30 deg. angle. My > > > latest test flight with OAT of 92 deg F on the ground was encouraging= . > > > I had temp. probes on the outlet side of the oil and water radiators > > > to measure the temp. of the heated air. The temp. probes had an uppe= r > > > limit of 160 deg. F. The air exiting the water radiator exceeded the > > > 160 Deg. limit soon after take-off. I estimate the air temperature > > > rise through the water radiator was at least 80-90 deg. Cooling water > > > temp. never exceeded 210 deg. F. > > > > > > The air exiting the oil radiator was at 135 - 140 deg. F. (A delta T = of > > > about 40 - 45 deg F.) Oil temperature rose to 213 deg. F. max and at > > > cruse 24 in. MP, 160 mph at 5500 feet the oil temp. decreased to 210 = deg. F. > > > > > > > > > I'm close to ideal cooling but I've been surprised how little effect = my air > > > flow modifications have have had on overall oil and water cooling. A= fter > > > studying K&W Chapter 12 some more I've decided I mounted my cooling r= adiators > > > incorrectly!! As mentioned above, the radiators are below the engine= at about > > > a 30 Deg angle (alpha =3D 60 deg.) to the incoming air stream. The t= anks are > > > orientated fore and aft. This positions the fins across the air strea= m. > > > > > > Ch. 12.2 of K & W Fig. 12.6 shows a radiator block at an oblique angl= e (*alpha*) > > > to the incoming air. The *tubes* are at the angle* alpha* to the flo= w. In the > > > K & W analysis the tubes are slightly aerodynamic in shape they turn = the flow > > > as it enters the radiator fins. In the radiators I am using the tube= s are > > > separated about 1/2 inch. My fins are separated by about 0.080 inch.= Because > > > I mounted my radiator with the tanks fore and aft, the fins are at th= e angle*alpha* to the flow and the fins turn the air. The fins are very sha= rp thin metal > > > and I believe air flow separation and turbulence is occurring at the = leading > > > edge of each fin. Because the fins are very close together the flow i= s restricted > > > through the entire radiator surface. *I believe the separated, turbu= lent flow at > > > the leading edge of the fins limits the amount of air flowing through= the > > > radiator regardless of how "good" the diffusers are ahead of the radi= ators.* > > > > > > If I have to do it over, I will defiantly mount my radiators with the= tanks on the left > > > and right side of the incoming air so that the tubes turn the air thr= ough *alpha* - not > > > the fins!! > > > > > > Any comments - Am I out to lunch on this one? > > > > > > PS. The end of the first paragraph in Ch. 12.2. states "We shall con= sider first the > > > simple case of parallel inflow at an angle *alpha* to the *tubes*, as= shown in Fig. 12.6" > > > I have not found a consideration in Chapter 12 of the case of the *fi= ns* being at > > > an angle *alpha*. > > > > > > Dennis Haverlah > > > > > > > > > ------=_Part_138838_12536116.1186508972419 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable Content-Disposition: inline
Okay,
 
searched my email storage (power to gmail!!) and found everything you = sent ( and I cared to archive - just about all)
IF all the pics are still current:
 
a) I would split lengthwise to separate the = oil-cooler from the radiator, rather then across.
b) Make sure there is a big radius duct from the upper side of the int= ake opening to the upper end of the radiator.
c) Make sure there is no stray eddies coming from the spinner opening = (don't see wether you have a sealed duct or whether you use the cowling= as a duct - for all I can see your spinner might syphone air out the spinn= er opening...)=20
d) round off the lower fire-wall edge. You are not using any exit duct= ing, but dump the air into the engine"room"
e) Have a look at using your exhaust for some augmenting. It seems to = be fairly close to the duct exit.
Extending the exit according to some augemntation rules might be the t= icket in connection with d)
 
d) would be the first thing I'd go after: bend some alu, cut out a= ny openings needed and clamp in place temporary.
You might even get away with a 4" PVC-tube cut in half or 3/4&nbs= p;- for a trial. Depending on the width of your exit opening, the round par= t has only to be over the exit, but I would try that also coming from the s= ides, if the exit is not across the whole width.
 
See pics
 
TJ
 
PS: Be warned, all my "wisdom" is harvested from this s= ite and the other one....
All theory, nothing flying yet ( at least nothing I built!:))

&= nbsp;
On 8/7/07, T= homas Jakits <rotary.th= jakits@gmail.com > wrote:=20
Going with gut-feelings:
 
Dennis, you mentioned your inlet duct represents a wedge.
I believe (other expression for gut-feeling :)), a streamline duct red= irects the airflow to about 90=BA towards the radiator surface (never mind = the fin/cooling tube orientation).
So you might want to contact that PL guy on that other list and have h= im make you a custom 3D drawing for your situation.
It should not be too much work to make a duct according to streamline = philosophy - cheaper than than a new custom radiator anytime!
(Keep your intake opening and distance and have Mr. 3D-Rhino make a co= ordinate list from which you can cut foam for a duct .....)
 
I did not study deep enough into the cooling theory, but I understand = that the incoming air has to be slowed substantially to make the cooling sy= stem efficient (less drag). At some point it will break flow and become tur= bulent/stagnant - the trick seems to be (or so my gut tells me) to get this= point as close or right at the face of the radiator - here it can do its m= agic (take all the heat out of the radiator) and return to orderly flow rig= ht after the cooler.=20
 
Hoe does your exit (duct) look, maybe we can squeeze some more delta-P= from there.....
IF you go the PL route you might as well ask for the "perfect exi= t" solution, too.
 
Did you post pics in the past?
 
TJ

 
On 8/7/07, Ed Anderson < eand= erson@carolina.rr.com > wrote:
I agree, Tracy. 
 
Our flow is without doubt never laminar, a bounda= ry layer of laminar flow has only(mostly?) the molecules next to the metal = absorbing significant heat. Those molecules in the middle of the strea= m have no(little) opportunity to pick up heat.  A boundary layer with = turbulence on the other hand has molecules shuffling all over the place and= every one (most?) get an opportunity to contact the hot metal and take awa= y some of the heat. So turbulent flow is better for conducting away heat.= =20
 
Chaotic macro flow (boundary layer folding over i= tself, eddies, etc) on the other hand impedes pressure recovery, increases = drag and overall adversely effects cooling.
 
My research and experiments leads me to believe t= hat many factors are relative minor compared to the large scale adverse eff= ect of poor duct design which leads to early boundary layer separation.&nbs= p; However, significant macro turbulence at the entrance to the core c= hannels might have a large effect - just speculation on my part.=20
 
Ed
 
 
----- Original Message -----
Sent: Tuesday, August 07, 2007 11:03= AM
Subject: [FlyRotary] Re: RV -7A Cool= ing Update 8/6/07

 
No scientific analysis here, just my sum total of gut feel after readi= ng & experimenting.
 
In my understanding, the airflow through the common  rads we use = is fully turbulent.  the little louvers in the fins are there to guara= ntee this.  So what difference does it make whether the air goes turbu= lent at the leading edge of the fins of a dozen or so thousandts later.&nbs= p; Again according to my very fallible gut feel, the whole story is whether= or not you converted the air velocity to air pressure.  Either you di= d or you didn't. I can't remember if you have measured pressure at = the face of the rad or not but that will tell the whole story.   = Angle of tubes, fins, face of rad, etc is all relatively insignificant.=20
 
The motorcycle rad stuff someone mentioned is not a good indicator.&nb= sp; They do not depend on high pressure recovery the way we do so the desig= n and operation of their rads is not necessarily applicapable.
 
As always, YMMV and I will gladly amend my gut feel to match reality i= f you find it is wrong.
 
 Tracy

 
On 8/6/07, D= ennis Haverlah <cloudust= er@austin.rr.com=20 > wrote:=20 


I've been busy w=
ith Family vacation, dealing with the exceptional wet weather in=20
central Texas and my tennis playing but finally I have some more=20
thoughts on radiators and cooling. My cooling is marginal for Texas in=
=20
the summer.  I want to climb at 120 kts and 26 + inches MP on a 100 deg=
=20
F day without exceeding 215 on water and oil.=20

I have the Griffin radiator (core 19 X 13 X 2.5 inches) and stock RX-7=20
'89 oil cooler as shown on pictures I have previously posted.  The=20
radiators are mounted under the engine at about a 30 deg. angle.  My=20
latest test flight with OAT of 92 deg F on the ground was encouraging. =20
I had temp. probes on the outlet side of the oil and water radiators=20
to measure the temp. of the heated air.  The temp. probes had an upper=20
limit of 160 deg. F.  The air exiting the water radiator exceeded the=20
160  Deg. limit soon after take-off.  I estimate the air temperature=20
rise through the water radiator was at least 80-90 deg. Cooling water=20
temp. never exceeded 210 deg. F.=20

The air exiting the oil radiator was at 135 - 140 deg. F. (A delta T of
about 40 - 45 deg F.)  Oil temperature rose to 213 deg. F. max and at=20
cruse 24 in. MP, 160 mph at 5500 feet the oil temp. decreased to 210 deg. F=
.


I'm close to ideal cooling but I've been surprised how little effec=
t my air=20
flow modifications have have had on overall oil and water cooling.  After=
=20
studying K&W Chapter 12 some more I've decided I mounted my cooling=
 radiators=20
incorrectly!!  As mentioned above, the radiators are below the engine at ab=
out=20
a 30 Deg angle (alpha =3D 60 deg.) to the incoming air stream.  The tanks a=
re=20
orientated fore and aft. This positions the fins across the air stream. =20

Ch. 12.2 of K & W Fig. 12.6 shows a radiator block at an oblique angle =
(alpha)=20
to the incoming air.  The tubes are at the angle alpha to the=
 flow.  In the=20
K & W analysis the tubes are slightly aerodynamic in shape they turn th=
e flow
as it enters the radiator fins.  In the radiators I am using the tubes are=
=20
separated about 1/2 inch.  My fins are separated by about 0.080 inch. Becau=
se
I mounted my radiator with the tanks fore and aft, the fins are at the angl=
e
alpha to the flow and the fins turn the air. The fins are very sharp=
 thin metal
and I believe air flow separation and turbulence is occurring at the leadin=
g=20
edge of each fin. Because the fins are very close together the flow is rest=
ricted
through the entire radiator surface.  I believe the separated, turbulent=
 flow at
the leading edge of the fins limits the amount of air flowing through the=
=20
radiator regardless of how "good" the diffusers are ahead of the =
radiators.
 
If I have to do it over, I will defiantly mount my radiators with the tanks=
 on the left
and right side of the incoming air so that the tubes turn the air through <=
u>alpha - not
the fins!!

Any comments - Am I out to lunch on this one?

PS. The end of the first paragraph in Ch. 12.2. states  "We shall cons=
ider first the
simple case of parallel inflow at an angle alpha to the tubes=
, as shown in Fig. 12.6"
I have not found a consideration in Chapter 12 of the case of the fins being at=20
an angle alpha.=20

Dennis Haverlah



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