Subject	I was thinking it was due to the unequal length of the
Posted by	ZXoltan on March 04, 2014 at 5:36 AM
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In Reply To	It is my belief that the rearmost cylinders are so posted by Ash's Z on March 03, 2014 at 11:31 PM
Message	OEM exhaust manifold "log design" that you were referring to. Seems that the rear cylinders would be evacuating air twice as fast as the front. With regard to the heater core, isn't the circulation shut off unless the heater is running? Does it still adversely affect the cooling if shut off?
Follow Ups	Straight out of the mad lab.... >> - Ash's Z 22:52:17 03/03/14 Guess it beats coming out of the meth lab :-P - ZXoltan 23:26:31 03/03/14 It is my belief that the rearmost cylinders are so - Ash's Z 23:31:32 03/03/14 ... which BTW I have a system that addresses the last issue - Ash's Z 23:33:16 03/03/14 Details on that system? (n/m) - BarryGZX 00:54:22 03/04/14 Seems as if it wouldn't be too hard to come up with a - jzack 18:53:42 03/04/14 The solution I built is nothing of the sort... Quite a bit - Ash's Z 14:55:00 03/05/14 can you be any more vague? (n/m) - aliaZ 18:16:57 03/05/14 I'm sure I can... :) I've already designed all of the parts - Ash's Z 23:02:26 03/05/14 does this mod make the engine run cooler overall? - aliaZ 07:43:02 03/06/14 The heater core has a valve that prevents flow through it - LitlElvis 17:43:53 03/07/14 I had bypassed my heater core last summer - BarryGZX 00:28:29 03/04/14 I was thinking it was due to the unequal length of the - ZXoltan 05:36:18 03/04/14 I agree - aliaZ 06:28:56 03/04/14 Re: It is my belief that the rearmost cylinders are so - induetime 10:41:06 03/04/14 Did you ever model the flattened 6th runner? - BlackholeZ 13:51:25 03/04/14 interesting, please do repeat with larger valve / porting (n/m) - JaffaUK 00:33:02 03/04/14 2nd (n/m) - BoneZ (MD) 07:47:41 03/04/14 Sweet! Consistency is very good - BlackholeZ 03:17:20 03/04/14 Good stuff. ETA on release, cost and fit? (n/m) - BigTDogg (MA) 09:24:55 03/04/14 lol (n/m) - aliaZ 16:19:20 03/05/14 How does the surface roughness of your 3D model compare to - LitlElvis 13:22:03 03/04/14 Standard 3D printing - BlackholeZ 13:49:30 03/04/14 Its about the same really. This was printed with a 0.007" - Ash's Z 15:11:27 03/04/14
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