Hey Charles, I’m a huge fan of your build. Keep up the awesome work.
Wow, are you Aaron Kauffman? You kinda look like him
Keep up the good work! When I would have a turbocharged car I would try this turbo blanked application. I can see that studies in this field have been done. It is pretty nice the one from 2016, but there is another from 2012 where they were looking to improve engine simulation, http://kth.diva-portal.org/smash/get/diva2:524801/FULLTEXT01
Quick question though:
Would this cause your turbocharger to overheat if you’re running it constantly at max boost? Since you’re technically keeping the heat on the turbocharger (The Evo X has a hood scoop that directs airflow over the turbo and down into the slipstream under the car, this would be constantly drawing cool air through, but the heat blanket would block off the turbo from this air) instead of letting the surrounding air cool it?
Overheat *faster that without the turbo blanket I should add
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Im just sad that I have to reinstall it LOL
hahaha
Hey Charles, I’m a huge fan of your build. Keep up the awesome work.
Wow, are you Aaron Kauffman? You kinda look like him
Keep up the good work! When I would have a turbocharged car I would try this turbo blanked application.
I can see that studies in this field have been done. It is pretty nice the one from 2016, but there is another from 2012 where they were looking to improve engine simulation, http://kth.diva-portal.org/smash/get/diva2:524801/FULLTEXT01
Quick question though:
Would this cause your turbocharger to overheat if you’re running it constantly at max boost? Since you’re technically keeping the heat on the turbocharger (The Evo X has a hood scoop that directs airflow over the turbo and down into the slipstream under the car, this would be constantly drawing cool air through, but the heat blanket would block off the turbo from this air) instead of letting the surrounding air cool it?
Overheat *faster that without the turbo blanket I should add
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