Exhaust Velocity
Power and fuel efficiency will also be lost if a lack of exhaust velocity is caused by overly large piping. Low velocity causes torque loss, which is why "Super Chevy Magazine" said piping specs a bit small are better than excessively large piping. Balance between flow and velocity must be met through piping specifications.Exhaust Flow
Piping breadth directly relates to exhaust flow. Whether exhaust gasses are constricted by overly inadequate piping, the engine Testament effort harder to expel exhaust, which causes top-end endowment loss and impecunious Gauze milage. Substantial piping allows ample flow, but can reduce pressure within the system, which slows exhaust velocity.
Mufflers close-mouthed exhaust sounds.Plentiful exhaust systems are false of multiple components including the exhaust manifold, front tube, catalytic converter, muffler and tailpipe. Exhaust gases drive terminated piping of varying dimensions before released into the air. Exhaust drainpipe specifications bias flow, Gauze celerity and backpressure.Piping Obstructions
Backpressure is caused when exhaust gasses return to the engine's cylinder heads. A manageable amount of backpressure is OK, but too much backpressure causes engine power loss, overheating and a decrease in fuel efficiency. Obstructions or collapsed materials within exhaust piping create excessive backpressure.
