X-Virus-Scanned: clean according to Sophos on Logan.com X-SpamCatcher-Score: 50 [XX] (100%) SPAMTRICKS: long string of words Return-Path: Received: from ms-smtp-02.southeast.rr.com ([24.25.9.101] verified) by logan.com (CommuniGate Pro SMTP 5.1.7) with ESMTP id 1870462 for flyrotary@lancaironline.net; Mon, 26 Feb 2007 21:38:42 -0500 Received-SPF: pass receiver=logan.com; client-ip=24.25.9.101; envelope-from=eanderson@carolina.rr.com Received: from edward2 (cpe-024-074-103-061.carolina.res.rr.com [24.74.103.61]) by ms-smtp-02.southeast.rr.com (8.13.6/8.13.6) with SMTP id l1R2bpjk006181 for ; Mon, 26 Feb 2007 21:37:52 -0500 (EST) Message-ID: <001901c75a18$4e023170$2402a8c0@edward2> From: "Ed Anderson" To: "Rotary motors in aircraft" References: Subject: Pinched ducts was : [FlyRotary] Re: cowl openings for water radiators Date: Mon, 26 Feb 2007 21:38:03 -0500 MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="----=_NextPart_000_0015_01C759EE.64D3F750" X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 6.00.2900.3028 X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.3028 X-Virus-Scanned: Symantec AntiVirus Scan Engine This is a multi-part message in MIME format. ------=_NextPart_000_0015_01C759EE.64D3F750 Content-Type: multipart/alternative; boundary="----=_NextPart_001_0016_01C759EE.64D3F750" ------=_NextPart_001_0016_01C759EE.64D3F750 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Actually, there is, Joe. But, you are going to be sorry you asked {:>). I spent quite a hit of time studying a tome (Kuchuman and Weber better = know as K&W) on air cooling of liquid cooled engines written back in = the hey day of high speed mustangs lightenings, spitfires, etc. Sort of = the liquid cooling bible. Chapter 12 (the one of most interest to us) = showed a duct that reportedly had the best pressure recovery (84% or = thereabouts) around for a subsonic duct that they had found. It was = called a "StreamLine Duct" (See attached graph - the graph a of the top = graph shows the shape of the duct (or at least 1/2 around the center = line - sorry for the poor quality). =20 After quite a bit of studying and thinking about what I had read about = cooling ducts, it finally became clear to me that the perhaps top thing = that is clearly detrimental to good cooling is having flow separation in = the duct. Most of the old drawings of a cooling duct shape followed a = sinusoidal shape - rapid expansion right after the opening. It turns = out that "traditional" shape is probably one of the worst shapes for a = cooling duct (the story why is too long to get into here). Anyhow, Flow separation leads to eddies and turbulence which casts a = "shadow" of turbulent air on the cooling core. Like a shadow, the = further away from the core the separation occurs (like near the entrance = of the duct) the larger the shadow it casts on the core area. This = "shadow" adversely interferes with the flow of air through the core and = reduces the effectiveness of the core. What causes this separation is that as pressure is recovered by the = expansion of the duct, the build up of the very pressure recover we want = - starts to hinder the boundary layer flow near the wall of the duct. = It slows it down and causes it to lose energy and attachment to the duct = wall. At a certain point the flow separates and starts to tumble/rotate = and depending where (near the duct entrance or near the core) the flow = separates, determines how much of the core area is adversely affected. = So if the boundary layer's energy level (air speed of its molecules) is = maintained at a high level separation is less likely. So ideally, you would like to prevent any separation during pressure = recovery. The Streamline Duct is the so called "Trumpet" duct or "Bell" = duct . After the opening, there is a long section of non-expanding duct = followed by a rapid expansion into the "bell" shape just before the = core. The long non-expanding part of the duct maintains the energy (air = flow) of the boundary layer and separation does not occur until well = into the "bell" shape expansion.=20 In fact, it happens way up in the corner of the bell/core interface and = affects a very small area of the core. For full effectiveness the "Streamline duct" from K&W needs a length of = 12-17". Well, that's way more distance than I had. So I got to = thinking that if keeping the speed of the air molecules near the duct = wall helps prevent boundary layer separation and the cooling killing = eddy of turbulent air - what could I do with my short 3 - 6" (no jokes = you guys). We all know from Bernoulli that if an area is squeezed down = that the velocity of the air flow increases - right? =20 So I decided to try to maintain or increase the energy of the air by = pitching down the neck just before it goes into the bell shape = expansions in hopes that the increased energy will help the boundary = layer stay adhered to the duct wall until well into the corner of the = bell shape. So that's the story of the pinched ducts. There is no = question in my mind that this is not as effective as if I could have had = the 16" to build the duct - but, in this hobby, you work with what = you've got - right? Does it work? Who knows - but I seem to fly with less opening area than = most folks and have no cooling problems. So that's my 0.02 on the topic = - see told you, you would regret asking {:>). Ed ----- Original Message -----=20 From: John Downing=20 To: Rotary motors in aircraft=20 Sent: Monday, February 26, 2007 8:53 PM Subject: [FlyRotary] Re: cowl openings for water radiators Ed, is there some particular reason that you necked the inlet down = small, then enlarged it again. Thankyou for the pictures. JohnD ----- Original Message -----=20 From: Ed Anderson=20 To: Rotary motors in aircraft=20 Sent: Monday, February 26, 2007 3:39 PM Subject: [FlyRotary] Re: cowl openings for water radiators John, don't know if these photos will help. But, like you I only = have between 3 and 6" of duct distance on the radiators. You should do = Ok with 20 sq inch on each opening with a good diffuser/duct. Attached = are some photos of my current ducts. The openings are 18 sq inches = each. I have had one opening down to as little as 10 square inches - = but that was a bit marginal - so opened it back up. I have a generous = exit area for the hot air including a larger 4" x 12" bottom opening as = well as louvers on each side of the cowl. So you mileage could vary - = but Tracy has essentially the same size opening as well as several = others. Ed ----- Original Message -----=20 From: John Downing=20 To: Rotary motors in aircraft=20 Sent: Monday, February 26, 2007 12:12 PM Subject: [FlyRotary] cowl openings for water radiators What size openings do I need for the water radiators? The = Wittman Tailwind cowl I have has postal slots of 3' x 7 3/4" , which is = approx. 22 1/4 sq in. on each side. Sam James for the 160 Lycoming is = using 4 3/4' round holes which are 17.6 sq. inches on each side. My = radiators are quite close to the opening and I plan on making the = diffusers trumpet shaped, will the openings be large enough if I can = stay over 20 sq. inches on each side with a decent trumpet shape. JohnD = hushpowere II on order - hope to start in 2 weeks if weather = cooperates. -------------------------------------------------------------------------= - -- Homepage: http://www.flyrotary.com/ Archive and UnSub: = http://mail.lancaironline.net/lists/flyrotary/ -------------------------------------------------------------------------= --- -- Homepage: http://www.flyrotary.com/ Archive and UnSub: http://mail.lancaironline.net/lists/flyrotary/ ------=_NextPart_001_0016_01C759EE.64D3F750 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable
Actually, there is, Joe.  But, you are = going to be=20 sorry you asked {:>).
 
  I spent quite a hit of time studying a = tome=20 (Kuchuman and Weber better know as K&W)  on air cooling of = liquid=20 cooled engines written back in the hey day of high speed mustangs = lightenings,=20 spitfires, etc. Sort of the liquid cooling bible.  =  Chapter 12=20 (the one of most interest to us) showed a duct that reportedly had the = best=20 pressure recovery (84% or thereabouts) around for a subsonic duct that = they had=20 found.  It was called a "StreamLine Duct" (See attached graph - the = graph a=20 of the top graph shows the shape of the duct (or at least 1/2 around the = center=20 line - sorry for the poor quality).  
 
 After quite a bit of studying and thinking = about=20 what I had read about cooling ducts, it finally became clear to me that = the=20 perhaps top thing that is clearly detrimental to good cooling is having = flow=20 separation in the duct.   Most of the old drawings of a = cooling duct=20 shape followed a sinusoidal shape - rapid expansion right after the=20 opening.  It turns out that "traditional" shape is probably one of = the=20 worst shapes for a cooling duct (the story why is too long to get into=20 here).
 
Anyhow,  Flow separation leads to eddies = and=20 turbulence which casts a "shadow" of turbulent air on the cooling = core. =20 Like a shadow, the further away from the core the separation occurs = (like near=20 the entrance of the duct) the larger the shadow it casts on the core = area. =20 This "shadow"  adversely interferes with the flow of air = through the=20 core and reduces the effectiveness of the core.
 
  What causes this separation is that as = pressure is=20 recovered by the expansion of the duct, the build up of the very = pressure=20 recover we want -  starts to hinder the boundary layer flow near = the wall=20 of the duct.  It slows it down and causes it to lose energy and = attachment=20 to the duct wall.  At a certain point the flow separates and starts = to=20 tumble/rotate and depending where (near the duct entrance or near the = core) the=20 flow separates, determines how much of the core area is adversely=20 affected.  So if the boundary layer's energy level (air speed of = its=20 molecules) is maintained at a high level separation is less = likely.
 
So ideally, you would like to prevent any = separation=20 during pressure recovery.  The Streamline Duct is the so called = "Trumpet"=20 duct or "Bell" duct .  After the opening, there is a long section = of=20 non-expanding duct followed by a rapid expansion into the "bell" shape = just=20 before the core.  The long non-expanding part of the duct maintains = the=20 energy (air flow) of the boundary layer and separation does not occur = until well=20 into the "bell" shape expansion. 
 
 In fact, it happens way up in the corner = of the=20 bell/core interface and affects a very small area of the = core.
For full effectiveness the "Streamline duct" = from K&W=20 needs a length of 12-17".  Well, that's way more distance than I = had. =20 So I got to thinking that if keeping the speed of the air molecules near = the=20 duct wall helps prevent boundary layer separation and the cooling = killing eddy=20 of turbulent air -  what could I do with my short 3 - 6" (no jokes = you=20 guys).  We all know from Bernoulli that if an area is squeezed down = that=20 the velocity of the air flow increases - right? 
 
So I decided to try to maintain or increase the = energy of=20 the air by pitching down the neck just before it goes into the bell = shape=20 expansions in hopes that the increased energy will help the boundary = layer stay=20 adhered to the duct wall until well into the corner of the bell = shape.  So=20 that's the story of the pinched ducts.  There is no question in my = mind=20 that this is not as effective as if I could have had the 16" to build = the duct -=20 but, in this hobby, you work with what you've got - right?
 
Does it work?  Who knows - but I seem to = fly with=20 less opening area than most folks and have no cooling = problems.  So=20 that's my 0.02 on the topic - see told you, you would regret asking=20 {:>).
 
Ed
 
 
----- Original Message -----
From:=20 John=20 Downing
Sent: Monday, February 26, 2007 = 8:53=20 PM
Subject: [FlyRotary] Re: cowl = openings=20 for water radiators

Ed, is there some particular reason = that you=20 necked the inlet down small, then enlarged it again.  Thankyou = for the=20 pictures.  JohnD
----- Original Message -----
From:=20 Ed Anderson
To: Rotary motors in = aircraft=20
Sent: Monday, February 26, = 2007 3:39=20 PM
Subject: [FlyRotary] Re: cowl = openings=20 for water radiators

John, don't know if these photos will = help.  But,=20 like you I only have between 3 and 6" of duct distance on the=20 radiators.  You should do Ok with 20 sq inch on each opening = with a=20 good diffuser/duct.  Attached are some photos of my current=20 ducts.  The openings are 18 sq inches each.  I have had = one=20 opening down to as little as 10 square inches - but that was a bit = marginal=20 - so opened it back up.  I have a generous exit area for the = hot air=20 including a larger 4" x 12" bottom opening as well as louvers on = each side=20 of the cowl.  So you mileage could vary - but Tracy has = essentially the=20 same size opening as well as several others.
 
Ed
----- Original Message ----- =
From:=20 John Downing
To: Rotary motors in = aircraft=20
Sent: Monday, February 26, = 2007 12:12=20 PM
Subject: [FlyRotary] cowl = openings=20 for water radiators

What size openings do I need for = the water=20 radiators?   The Wittman Tailwind cowl I have has postal = slots=20 of 3' x 7 3/4" , which is   approx. 22 1/4 sq in. on = each=20 side.  Sam James for the 160 Lycoming is using 4 3/4' round = holes=20 which are 17.6 sq. inches on each side.  My radiators are = quite close=20 to the opening and I plan on making the diffusers trumpet shaped, = will the=20 openings be large enough if I can stay over 20 sq. inches on each = side=20 with a decent trumpet shape. =20 JohnD       hushpowere II on = order -=20 hope to start in 2 weeks if weather cooperates.

--
Homepage:  http://www.flyrotary.com/
Archive = and=20 UnSub:  =20 http://mail.lancaironline.net/lists/flyrotary/

--
Homepage:  http://www.flyrotary.com/
Archive = and=20 UnSub:  =20 = http://mail.lancaironline.net/lists/flyrotary/
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