When looking for the right turbocharger for your car or truck many of us are stumped by what all the numbers mean when shopping for a turbo. Whilecompressor wheeland turbine wheel sizes are often most of the numbers to focus on, theArea Ratio, or A/Rfor short, of the turbine housing a...
Turbo any engine once you apply these calculations. Find the compressor that matches your inputs and you are on your way to turbocharging any engine
The pressure a turbocharger creates is commonly referred to as boost - to make more boost is to create a greater manifold pressure (the pressure of the intake manifold is roughly equal to the pressure of air in the combustion chamber at the end of the intake stroke). Because compressing air...
Turbocharged engines generate more power than naturally-aspirated engines of the same size. And the combustion process becomes more efficient. Furthermore, this helps reduce emissions and enhance the driving experience. A turbocharger is highly engineered with high-value components. The next step i...
Model Name:This generally indicates the overall size and type of the turbocharger. Part number: The specific part number of a turbocharger is assigned by turbocharger manufacturers within a range of turbochargers. This specific part number can be used to identify a turbocharger immediately, which...
车用增压器简析 HOW A TURBO WORKS 欢迎喜欢汽车的朋友和我交流http://www.cartech8.com/uchome/?380058Collected by Teamk 1 / 16
A turbocharger uses a small turbine attached to the exhaust pipe to spin a compressing turbine in the incoming air stream. A supercharger is attached directly to the engine to spin the compressor. Since the turbocharger is reusing hot exhaust to spin the turbine and compress the air, it ...
A twin-turbocharger works by using two turbochargers of the same size to force air into the engine’s cylinders to add extra horsepower. The exhaust gases are recycled, split between the two turbos, and usually combined in a shared inlet before entering cylinders. This forces a greater volume...
Cramming more air and fuel into the same size cylinder allows it to produce more power - this is what turbochargers and superchargers are for. They pressurise the incoming air to fit more into the cylinder, leaving space for more fuel. This guide explains how a turbocharger works. Increase ...
Yes, size does matter! Both under-turboing and over-turboing can create headaches like turbo lag, over boost and compressor surge. A popular rule of thumb is to pick a turbo with the smallest wheel diameter possible, that still allows you to meet your horsepower goals. I won’t bore you...