Engineering Explained3.91 млн
Опубликовано 31 декабря 2017, 15:00
Why Car Engines Don't Need Back Pressure + Exhaust Scavenging
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Do cars need back pressure? How should you size an exhaust? What exhaust diameter is too large, or too small? What is exhaust scavenging? What is wave scavenging? Why is exhaust velocity important?
Cars don't need back pressure. More specifically, internal combustion engines do not benefit from back pressure in the exhaust. Back pressure is a pressure in the opposite direction to the exhaust's flow. The goal of an exhaust is remove spent combustion gases as quickly and efficiently as possible out of the engine cylinders. Back pressure has the opposite effect, impeding exhaust flow.
Exhaust velocity, and exhaust scavenging, however, are highly beneficial. This video will discuss wave scavenging, inertial scavenging, and how exhaust pipe length and diameter play a critical role in exhaust velocity and scavenging effectiveness.
Engineering Explained is a participant in the Amazon Influencer Program.
Don't forget to check out my other pages below!
Facebook: facebook.com/engineeringexplai...
Official Website: howdoesacarwork.com
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NEW VIDEO EVERY WEDNESDAY!
Awesome Car Products: amazon.com/shop/engineeringexp...
Subscribe for new videos every Wednesday! - goo.gl/VZstk7
Do cars need back pressure? How should you size an exhaust? What exhaust diameter is too large, or too small? What is exhaust scavenging? What is wave scavenging? Why is exhaust velocity important?
Cars don't need back pressure. More specifically, internal combustion engines do not benefit from back pressure in the exhaust. Back pressure is a pressure in the opposite direction to the exhaust's flow. The goal of an exhaust is remove spent combustion gases as quickly and efficiently as possible out of the engine cylinders. Back pressure has the opposite effect, impeding exhaust flow.
Exhaust velocity, and exhaust scavenging, however, are highly beneficial. This video will discuss wave scavenging, inertial scavenging, and how exhaust pipe length and diameter play a critical role in exhaust velocity and scavenging effectiveness.
Engineering Explained is a participant in the Amazon Influencer Program.
Don't forget to check out my other pages below!
Facebook: facebook.com/engineeringexplai...
Official Website: howdoesacarwork.com
Twitter: twitter.com/jasonfenske13
Instagram: instagram.com/engineeringexpla...
Car Throttle: carthrottle.com/user/engineeri...
EE Extra: youtube.com/channel/UCsrY4q8xG...
NEW VIDEO EVERY WEDNESDAY!
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