X-Virus-Scanned: clean according to Sophos on Logan.com Return-Path: Received: from ms-smtp-02.southeast.rr.com ([24.25.9.101] verified) by logan.com (CommuniGate Pro SMTP 5.1c.3) with ESMTP id 1342503 for flyrotary@lancaironline.net; Tue, 22 Aug 2006 06:32:54 -0400 Received-SPF: pass receiver=logan.com; client-ip=24.25.9.101; envelope-from=eanderson@carolina.rr.com Received: from edward2 (cpe-024-074-111-186.carolina.res.rr.com [24.74.111.186]) by ms-smtp-02.southeast.rr.com (8.13.6/8.13.6) with SMTP id k7MAW8Zk008466 for ; Tue, 22 Aug 2006 06:32:10 -0400 (EDT) Message-ID: <002b01c6c5d6$39043c90$2402a8c0@edward2> From: "Ed Anderson" To: "Rotary motors in aircraft" References: Subject: Re: [FlyRotary] Telescopic Trombone Intake Construction notes Date: Tue, 22 Aug 2006 06:32:05 -0400 MIME-Version: 1.0 Content-Type: multipart/mixed; boundary="----=_NextPart_000_0027_01C6C5B4.B1A8C250" X-Priority: 3 X-MSMail-Priority: Normal X-Mailer: Microsoft Outlook Express 6.00.2900.2869 X-MIMEOLE: Produced By Microsoft MimeOLE V6.00.2900.2962 X-Virus-Scanned: Symantec AntiVirus Scan Engine This is a multi-part message in MIME format. ------=_NextPart_000_0027_01C6C5B4.B1A8C250 Content-Type: multipart/alternative; boundary="----=_NextPart_001_0028_01C6C5B4.B1A8C250" ------=_NextPart_001_0028_01C6C5B4.B1A8C250 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable TromboneIntakeConstructionv0dot3Impressive mechanism there, Cary. I = tried an in-flight adjustable intake, but did not get good results, but = my length of travel was somewhat restrained, so might have just missed a = sweet spot. I hope your approach gets meaningful results. Ed ----- Original Message -----=20 From: cbeazley=20 To: Rotary motors in aircraft=20 Sent: Monday, August 21, 2006 11:01 PM Subject: [FlyRotary] Telescopic Trombone Intake Construction notes Hi Folks; Here are some notes/pics on how to construct the adjustable length = intake. Hopefully this will lead to a few more data points... Darn, too big, try again. Cheers Cary -------------------------------------------------------------------------= ----- Peripheral Port, Slide throttle, Telescopic (trombone) Intake = Construction, draft 0.3 Here are some quickie construction notes and comments to build your = own trombone intake for the 13B. This particular design uses the intake tubes themselves as both the = guide and the sealing surfaces - not the most robust design, but simple = and, I hope, effective. This design is probably not well suited to car applications with rapid = acceleration requirements and high duty cycles requiring dynamic = adjustment to the tuned length. This design is better suited to a high = rpm, low duty cycle aircraft application with fixed or fewer length = adjustments. This particular setup should be useful to at least identify = the tuned lengths for the intake system using some sort of a wide-band = or low-band O2 sensor. For a more dynamic throttle response, an intake using a Mazda style = intake with linear bearing or Teflon bushings is probably better suited. The addition of a plenum, with such an upstream fuel injector setup, = should be considered mandatory, in order to avoid a spectacular fireball = as the perfect 40psi fuel cones impact the ridiculously hot Wankel = exhaust ;) Bill of Materials - excellent service from these guys. Velocity Stacks (air intake bellmouth) http://www.velocity-of-sound.com/ - 2x48-70 velocity stacks, very nice = - thanks Patrick Precision drawn 6063-T832 drawn aluminum tubing (drawn or double drawn aluminum tubing is exceptionally dimensionally = accurate)=20 http://www.texastowers.com/aluminum.htm 6' x 2.000 OD, 0.058 wall 6' x 2.125 OD, 0.058 wall I only used 9" for the intake itself, the remainder was used for = alignment purposes, shipping is reasonable via UPS under 6' length. It = also leaves additional material for a redo. 180 degree 6061 2.125 OD Ubend to be cut for 2 x 90 bends: http://www.burnsstainless.com/AluminumTube/Ubends6061/ubends6061.html 1/4" inch threaded rod, 36"x2, lock washers, nuts 6061T6511 extruded aluminum sheet stock, 1/8" inch thick, 4" width for = sheet metal slide and trombone frame flanges silicone grease Required Equipment Basic milling machine Holesaw Boring head arbour Aluminum Brazing/welding setup=20 Additional Info For slide throttles, take a look at: http://www.rotaryeng.net/ For information on building Peripheral port housings: http://www.rotaryeng.net/ http://www.rx7club.com/showthread.php?t=3D144200&page=3D1&pp=3D15 http://lancaironline.net/lists/flyrotary/List.html Random Ramblings The slide throttle is flush with keg. The notch in the throttle was to = avoid the stock water pump, I wish I had been annoyed enough to chop it = up earlier... Same for the adjustable, telescopic intake. I will rebuild almost = flush with the engine and at a different angle flush with the bottom of = the oil pan after testing. The intake also needs to be supported at another point. I noted that = someone had already pranged the prototype sitting in our chapter hanger = before Oshkosh. Doublers on some of the (in my case HTS-2000 brazed) joints would not = hurt either. Usable range (from rotor face) is 19-27". Length of the straight = section is 9". This should put tuned length range somewhere between 5250 = and 7500 based on the Mazda papers and rough calculations.=20 The setup could be modified for inflight/dynamic adjustment with a = throttle type cable/wheel. Injector location will probably make it difficult to pull fuel uphill = for start - we will see. Based on Francois' (Mistral) comments I will probably move the = injectors closer to the keg, Besides, they are mucking up the airflow = and the threaded rod and fuel injectors also add a lot of mass quite far = out for such a light intake. It would require support in any vehicle. I am really unsure what is best. The question always arises as to = whether laminar or turbulent is better. I built the prototype with = smooth airflow as the intent. The better economy of the way forward fuel = injectors certainly promises latency/bogging for rapid throttle changes = and possibly icing and fuel droplet coalescence on the walls and = dripping. I figured I would try this on the teststand and rebuild later = anyway. The intake (intentionally) has a lot of roughness prior to the = 90 degree bend. Hopefully ram air and throttle opening (see Picture 5 - = Slide throttle part open below) will help force air into the engine, as = a minimum this intake is better than those sticking out into the = freestream velocity at 90 degrees. One of the objectives was to reduce the frontal area of the Wankel = installation to take advantage of the potentially smaller profile, this = could be further reduced. The trombones slide easily enough, requiring a few ounces of pressure = going down, a bit more (a better guess 3-4lbs) sliding up (mostly due to = FI/rod setup) Actual Construction It took some head scratching and tricks to get everything to line up = well enough. I wasn't sure if it could be realistically done - the next test is at = temp with airflow. I am also unsure of the stability of the Teflon slide at higher temps, = another alternative would be Kelvin? or a Teflon coated, anodized, = aluminum plate. One of (many) concerns with this offset runner was to build the = adjustable runners stiff enough to move together and flexible enough to = compensate for any slight misalignment.=20 The main tricks in order to get near perfect alignment on the throttle = plate tubes were tight tolerances on match drilled holes for the flanges = and long tube inserts to help align things before fixing them.=20 Steps Weld/braze the velocity stacks (trombones) to the take 9" intake = runners=20 Picture 1 - the pieces - 3 dual runners flanges and 3 portions of = flanges (sorry, already mostly assembled in the photo) Cut and drill the holes for all of the 3 larger dual throttle runner = flanges (bottom central right) and 3 detachable trombone flanges at the = same time to try and ensure match drilling accuracy. The runner holes = were cut with a hole saw an finished with a boring head arbour slightly = undersize. The holes for one runner should be very tight/difficult to = slide on to act as a reference. The other should be (slightly) less = tight to allow some movement for fitting and alignment to the throttle = plate. Two (2) of the three (3) matched drilled flanges are used to line up = the runners to the throttle plate (below). The flat section on the bottom of the flanges is intended for a long = flat, even surface. The 4 outer holes of the flange were used for = alignment guides with the .25 inch threaded rod and nuts to hold the = flanges and tubes in position while they were permanently fixed = (weld/braze/whatever) as measured by micrometer. The throttle attach = plate was also fixed next. Picture 2 - Tube alignment at the throttle end The triangular cuts on the rightmost flange were to avoid my test = exhaust setup. The yellow paper (above and below) is a re-creation of the = 0.0035-0.004 paper shims that were used to help. These were used on = every inserted joint.=20 Align the throttle plate intake runners with the help of the flanges, = threaded rod of the remaining 5' of tubing . I moved the far end flange = back and forth several times to try to ensure I was dead center (yes, = there is still movement at 5', the farther you insert the tubes the less = the movement). The goal was to near perfectly align the throttle plate = runners and have the trombones "float" together in a frame that was just = stiff enough to move them in unison and loose enough to "float" and = compensate for minor misalignment.=20 Picture 3 - Full length alignment Note the gap in the top tube near the flange, this was a short section = of tubing cut to join the remainder of both the 2.125 and 2.000 tubing = so they could be used for alignment. There is a similar gap and section = of tube inside the flange at the far end. These also had paper shims. NOTE: it is very important that all tubes that are to inserted/slide = be greased or they will scratch (guess how I found out?) The tube edge = corners should also be rounded to reduce the possibility of "catching" = or jamming.=20 Picture 4 - tube-in-tube Once the throttle plate runners are secured, the adjustable trombones = and smaller flanges can be inserted into the throttle plate runners, = fixed using the threaded rod and permanently brazed/welded in position. With the upstream injector placement, I added square aluminum tube to = stabilize the frame and hold the injectors. This prototype setup is ugly but should work well enough for a = teststand or dyno. Picture 5 - Slide throttle part open INTAKE MOUNTED ON THE ENGINE Picture 6 - Trombone minimum length =20 Picture 7 - Trombone extended Some engine build specifics a.. rebuilt 86 NA in excellent condition=20 b.. Teflon encapsulated orings=20 c.. rotary aviation apex seals=20 d.. race cleared 9.4 NA rotors=20 e.. 'loose' engine=20 f.. 3rd gen oil pressure reg, shimmed oil pressure control valve = spring for higher pressure.=20 g.. modified oil/water cooling passages=20 h.. 2" Peripheral port modeled after the Lemans engine, slightly = later open/close (why? Because Mazda has more dyno time than I do) and I = have a pretty good map to follow.=20 i.. Peripheral port is an interference press fit of a conical = (larger at the outside of the housing) sleeve insert into a conical hole = straight through with JB Weld on the sleeve. Water passages filled with = JB weld. The sleeve, cut into slightly and , effectively filled the gap = between the tension bolts.=20 j.. Peripheral port passages were cut with a trued hole saw and = faced with boring head on a basic milling machine=20 k.. Engine should be good for occasional forays into the 8500rpm = range - output should be ~10-15% less than the Mazda Lemans curves.=20 l.. Final pictures show a chopped up water pump, this greatly = facilitated installation and a smaller profile=20 m.. Pineapple racing alternator relocation bracket.=20 n.. Racing beat under drive pulleys=20 o.. Stock coils (possibly COP later)=20 p.. Megasquirt EFI Expected Results 210-220HP @6000 rpm with a decently match tuned exhaust. I'm guessing something like 275hp at 7500rpm.=20 ~10-15% less than the Mazda curves at other rpms plus benefits of RAM = effect Paul Lamar's Mazda Lemans 787 benchmark achieved the 240 HP at 6000rpm Ceramic components seem to be worth about ~10% HP as a result of = reduced drag/wear. 3rd spark plug -~2% this engine has minor chrome corner seal wear/flaking, end housing = wear about .001 reused some seals, not all measurements near minimum limits rotary aviation seals apparently take longer to break in exhaust splitters are in - I wanted the 7or 8db noise reduction and = probably longer exhaust (probably worth 5-10hp?) Madza has more dyno time! Megasquirt Fuel Injection with O2 sensor feedback The intakes and exhaust could benefit from tighter bend radii, this = would probably entail a non-circular holes making custom fitting more = difficult without basic shop equipment or more weld fitting. Some regrets I would do everything differently. Ceramic $eal$ 3rd Gen housings (which I now have)=20 All new seals Could not find readily available larger diameter drawn AL tubing Not chopping up the stock water pump earlier, this necessitated a lot = of custom fitting (the notch in the slide throttle) for the slide = throttle and intake.=20 Future projects a.. Get the damned thing running first.bonehead!=20 b.. Possibly move some/all of the FI setup closer to the slide = throttle=20 c.. combined Pport and side port intake for higher BMEP at lower RPM = d.. test E85/alcohol=20 e.. acetone additive in fuel?=20 f.. modified flame front channels in the rotor faces Combination sideport/Pport intake The premise is to have a staged Pport slide throttle combination along = Paul's design for wide open throttle operation; and a separate runner/butterfly for low speed/power operation using the = center iron side ports/injectors. The plan was to have a single, small diameter (say 1") intake runner = supply air to the center iron intakes and fuel by the stock center iron = injectors. I can't remember the intake velocity calculations but a = smaller diameter could be tailored to provide velocities for a stable = idle and lower power operation (with higher BMEP according to Kenichi = Yamamto's? book). Staging of the PPort could take place around 3000rpm = or so. I am sure running on the center irons alone is not quite as good - how = much? With a single runner, an idle air controller would be an easy = addition. Cheers Cary Beazley -------------------------------------------------------------------------= ----- -------------------------------------------------------------------------= ----- -------------------------------------------------------------------------= ----- -------------------------------------------------------------------------= ----- -------------------------------------------------------------------------= ----- -------------------------------------------------------------------------= ----- -------------------------------------------------------------------------= ----- -- Homepage: http://www.flyrotary.com/ Archive and UnSub: http://mail.lancaironline.net/lists/flyrotary/ ------=_NextPart_001_0028_01C6C5B4.B1A8C250 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable TromboneIntakeConstructionv0dot3
Impressive mechanism there, Cary.  I tried = an=20 in-flight adjustable intake, but did not get good results, but my length = of=20 travel was somewhat restrained, so might have just missed a sweet = spot.  I=20 hope your approach gets meaningful results.
 
Ed
 
----- Original Message -----
From:=20 cbeazley
Sent: Monday, August 21, 2006 = 11:01=20 PM
Subject: [FlyRotary] Telescopic = Trombone=20 Intake Construction notes

Hi Folks;

Here are some notes/pics on how to = construct=20 the adjustable length intake.
Hopefully this will lead to a few = more data=20 points...

Darn, too big, try = again.

Cheers
Cary

Peripheral Port, Slide throttle, Telescopic (trombone) Intake = Construction,=20 draft 0.3

Here are some quickie construction notes and comments to build your = own=20 trombone intake for the 13B.

This particular design uses the intake tubes themselves as both the = guide=20 and the sealing surfaces =96 not the most robust design, but simple = and, I hope,=20 effective.

This design is probably not well suited to car applications with = rapid=20 acceleration requirements and high duty cycles requiring dynamic = adjustment to=20 the tuned length. This design is better suited to a high rpm, low duty = cycle=20 aircraft application with fixed or fewer length adjustments. This = particular=20 setup should be useful to at least identify the tuned lengths for the = intake=20 system using some sort of a wide-band or low-band O2 sensor.

For a more dynamic throttle response, an intake using a Mazda style = intake=20 with linear bearing or Teflon bushings is probably better suited.

The addition of a plenum, with such an upstream fuel injector = setup, should=20 be considered mandatory, in order to avoid a spectacular fireball as = the=20 perfect 40psi fuel cones impact the ridiculously hot Wankel exhaust=20 ;)

Bill of Materials =96 excellent service from these = guys.

Velocity Stacks (air intake bellmouth)

http://www.velocity-of-sound.com/ - = 2x48-70=20 velocity stacks, very nice =96 thanks Patrick

Precision drawn 6063-T832 drawn aluminum tubing

(drawn or double drawn aluminum tubing is exceptionally = dimensionally=20 accurate)

http://www.texastowers.com/aluminum.htm

6=92 x 2.000 OD, 0.058 wall

6=92 x 2.125 OD, 0.058 wall

I only used 9" for the intake itself, the remainder was used for = alignment=20 purposes, shipping is reasonable via UPS under 6=92 length. It also = leaves=20 additional material for a redo=85

180 degree 6061 2.125 OD Ubend to be cut for 2 x 90 bends:

http://www.burnsstainless.com/AluminumTube/Ubends6061/ubends6061= .html

1/4" inch threaded rod, 36"x2, lock washers, nuts

6061T6511 extruded aluminum sheet stock, 1/8" inch thick, 4" width = for=20 sheet metal slide and trombone frame flanges

silicone grease

Required Equipment

Basic milling machine

Holesaw

Boring head arbour

Aluminum Brazing/welding setup

Additional Info

For slide throttles, take a look at:

http://www.rotaryeng.net/

For information on building Peripheral port housings:

http://www.rotaryeng.net/

http://www.rx7club.com/showthread.php?t=3D144200&page=3D1&am= p;pp=3D15

http://lancaironline.net/lists/flyrotary/List.html

Random Ramblings

The slide throttle is flush with keg. The notch in the throttle was = to=20 avoid the stock water pump, I wish I had been annoyed enough to chop = it up=20 earlier...

Same for the adjustable, telescopic intake. I will rebuild almost = flush=20 with the engine and at a different angle flush with the bottom of the = oil pan=20 after testing.

The intake also needs to be supported at another point. I noted = that=20 someone had already pranged the prototype sitting in our chapter = hanger before=20 Oshkosh.

Doublers on some of the (in my case HTS-2000 brazed) joints would = not hurt=20 either.

Usable range (from rotor face) is 19-27". Length of the straight = section is=20 9". This should put tuned length range somewhere between 5250 and 7500 = based=20 on the Mazda papers and rough calculations.

The setup could be modified for inflight/dynamic adjustment with a = throttle=20 type cable/wheel.

Injector location will probably make it difficult to pull fuel = uphill for=20 start - we will see.

Based on Francois' (Mistral) comments I will probably move the = injectors=20 closer to the keg, Besides, they are mucking up the airflow and the = threaded=20 rod and fuel injectors also add a lot of mass quite far out for such a = light=20 intake.

It would require support in any vehicle.

I am really unsure what is best. The question always arises as to = whether=20 laminar or turbulent is better. I built the prototype with smooth = airflow as=20 the intent. The better economy of the way forward fuel injectors = certainly=20 promises latency/bogging for rapid throttle changes and possibly icing = and=20 fuel droplet coalescence on the walls and dripping. I figured I would = try this=20 on the teststand and rebuild later anyway. The intake (intentionally) = has a=20 lot of roughness prior to the 90 degree bend. Hopefully ram air and = throttle=20 opening (see Picture 5 - Slide throttle part open below) will help = force air=20 into the engine, as a minimum this intake is better than those = sticking out=20 into the freestream velocity at 90 degrees.

One of the objectives was to reduce the frontal area of the Wankel=20 installation to take advantage of the potentially smaller profile, = this could=20 be further reduced.

The trombones slide easily enough, requiring a few ounces of = pressure going=20 down, a bit more (a better guess 3-4lbs) sliding up (mostly due to = FI/rod=20 setup)

 

Actual Construction

It took some head scratching and tricks to get everything to line = up well=20 enough.

I wasn't sure if it could be realistically done - the next test is = at temp=20 with airflow.

I am also unsure of the stability of the Teflon slide at higher = temps,=20 another alternative would be Kelvin? or a Teflon coated, anodized, = aluminum=20 plate.

One of (many) concerns with this offset runner was to build the = adjustable=20 runners stiff enough to move together and flexible enough to = compensate for=20 any slight misalignment.

The main tricks in order to get near perfect alignment on the = throttle=20 plate tubes were tight tolerances on match drilled holes for the = flanges and=20 long tube inserts to help align things before fixing them.

 

Steps

Weld/braze the velocity stacks (trombones) to the take 9" intake = runners=20

Picture 1 - the pieces =96 3 dual runners flanges and 3 portions of = flanges=20 (sorry, already mostly assembled in the photo)

Cut and drill the holes for all of the 3 larger dual throttle = runner=20 flanges (bottom central right) and 3 detachable trombone flanges at = the same=20 time to try and ensure match drilling accuracy. The runner holes were = cut with=20 a hole saw an finished with a boring head arbour slightly undersize. = The holes=20 for one runner should be very tight/difficult to slide on to act as a=20 reference. The other should be (slightly) less tight to allow some = movement=20 for fitting and alignment to the throttle plate.

Two (2) of the three (3) matched drilled flanges are used to line = up the=20 runners to the throttle plate (below).

The flat section on the bottom of the flanges is intended for a = long flat,=20 even surface. The 4 outer holes of the flange were used for alignment = guides=20 with the .25 inch threaded rod and nuts to hold the flanges and tubes = in=20 position while they were permanently fixed (weld/braze/whatever) as = measured=20 by micrometer. The throttle attach plate was also fixed = next.

Picture 2 - Tube alignment at the throttle end

The triangular cuts on the rightmost flange were to avoid my test = exhaust=20 setup.

The yellow paper (above and below) is a re-creation of the = 0.0035-0.004=20 paper shims that were used to help. These were used on every inserted = joint.=20

Align the throttle plate intake runners with the help of the = flanges,=20 threaded rod of the remaining 5=92 of tubing . I moved the far end = flange back=20 and forth several times to try to ensure I was dead center (yes, there = is=20 still movement at 5=92, the farther you insert the tubes the less the = movement).=20 The goal was to near perfectly align the throttle plate runners and = have the=20 trombones "float" together in a frame that was just stiff enough to = move them=20 in unison and loose enough to "float" and compensate for minor = misalignment.=20

Picture 3 - Full length alignment

Note the gap in the top tube near the flange, this was a short = section of=20 tubing cut to join the remainder of both the 2.125 and 2.000 tubing so = they=20 could be used for alignment. There is a similar gap and section of = tube inside=20 the flange at the far end. These also had paper shims.

NOTE: it is very important that all tubes that are to = inserted/slide be=20 greased or they will scratch (guess how I found out?) The tube edge = corners=20 should also be rounded to reduce the possibility of "catching" or = jamming.=20

Picture 4 - tube-in-tube

Once the throttle plate runners are secured, the adjustable = trombones and=20 smaller flanges can be inserted into the throttle plate runners, fixed = using=20 the threaded rod and permanently brazed/welded in position.

With the upstream injector placement, I added square aluminum tube = to=20 stabilize the frame and hold the injectors.

This prototype setup is ugly but should work well enough for a = teststand or=20 dyno=85

Picture 5 - Slide throttle part open

INTAKE MOUNTED ON THE ENGINE

Picture 6 - Trombone minimum length

 

Picture 7 - Trombone extended

Some engine build specifics

  • rebuilt 86 NA in excellent condition=20
  • Teflon encapsulated orings=20
  • rotary aviation apex seals=20
  • race cleared 9.4 NA rotors=20
  • =91loose=92 engine=20
  • 3rd gen oil pressure reg, shimmed oil pressure = control valve=20 spring for higher pressure.=20
  • modified oil/water cooling passages=20
  • 2" Peripheral port modeled after the Lemans engine, slightly = later=20 open/close (why? Because Mazda has more dyno time than I do) and I = have a=20 pretty good map to follow.=20
  • Peripheral port is an interference press fit of a conical = (larger at the=20 outside of the housing) sleeve insert into a conical hole straight = through=20 with JB Weld on the sleeve. Water passages filled with JB weld. The = sleeve,=20 cut into slightly and , effectively filled the gap between the = tension=20 bolts.=20
  • Peripheral port passages were cut with a trued hole saw and = faced with=20 boring head on a basic milling machine=20
  • Engine should be good for occasional forays into the 8500rpm = range =96=20 output should be ~10-15% less than the Mazda Lemans curves.=20
  • Final pictures show a chopped up water pump, this greatly = facilitated=20 installation and a smaller profile=20
  • Pineapple racing alternator relocation bracket.=20
  • Racing beat under drive pulleys=20
  • Stock coils (possibly COP later)=20
  • Megasquirt EFI

 

Expected Results

210-220HP @6000 rpm with a decently match tuned exhaust.

I'm guessing something like 275hp at 7500rpm.

~10-15% less than the Mazda curves at other rpms plus benefits of = RAM=20 effect

Paul Lamar=92s Mazda Lemans 787 benchmark achieved the 240 HP at = 6000rpm

Ceramic components seem to be worth about ~10% HP as a result of = reduced=20 drag/wear.

3rd spark plug -~2%

this engine has minor chrome corner seal wear/flaking, end housing = wear=20 about .001

reused some seals, not all measurements near minimum limits

rotary aviation seals apparently take longer to break in

exhaust splitters are in - I wanted the 7or 8db noise reduction and = probably longer exhaust (probably worth 5-10hp?)

Madza has more dyno time!

Megasquirt Fuel Injection with O2 sensor feedback

The intakes and exhaust could benefit from tighter bend radii, this = would=20 probably entail a non-circular holes making custom fitting more = difficult=20 without basic shop equipment or more weld fitting.

Some regrets

I would do everything differently=85

Ceramic $eal$

3rd Gen housings (which I now have)

All new seals

Could not find readily available larger diameter drawn AL = tubing

Not chopping up the stock water pump earlier, this necessitated a = lot of=20 custom fitting (the notch in the slide throttle) for the slide = throttle and=20 intake.

 

Future projects

  • Get the damned thing running first=85bonehead!=20
  • Possibly move some/all of the FI setup closer to the slide = throttle=20
  • combined Pport and side port intake for higher BMEP at lower RPM =
  • test E85/alcohol=20
  • acetone additive in fuel?=20
  • modified flame front channels in the rotor = faces

Combination sideport/Pport intake

The premise is to have a staged Pport slide throttle combination = along=20 Paul's design for wide open throttle operation; and

a separate runner/butterfly for low speed/power operation using the = center=20 iron side ports/injectors.

The plan was to have a single, small diameter (say 1") intake = runner supply=20 air to the center iron intakes and fuel by the stock center iron = injectors. I=20 can't remember the intake velocity calculations but a smaller diameter = could=20 be tailored to provide velocities for a stable idle and lower power = operation=20 (with higher BMEP according to Kenichi Yamamto's? book). Staging of = the PPort=20 could take place around 3000rpm or so.

I am sure running on the center irons alone is not quite as good - = how=20 much?

With a single runner, an idle air controller would be an easy = addition.

 

Cheers

Cary Beazley

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