The engine generates power by burning fuel within the cylinders to perform work. As the amount of fuel input is constrained by the volume of air drawn into the cylinders, the engine's power output is consequently limited. Should the engine's operating performance already be at its optimum state, increasing output power can only be achieved by compressing more air into the cylinders to increase the...

How does a turbocharger work? Turbocharging works by compressing air, enabling the engine to accommodate greater volumes of air. This facilitates thorough mixing and combustion of fuel and air, thereby enhancing the engine's power output. What are the advantages and disadvantages of turbocharging? The advantages include an engine power increase of over 30%, with theoretically more complete combust...

Adding a turbocharger kit to your vehicle is a complex and intricate process. Forced induction conversion (adding a turbocharger or supercharger) should be undertaken with meticulous care and a thorough understanding of the concepts required for the system to function smoothly. Below is an explanation of the fundamental components that should be included in any basic turbocharger kit and their res...

Have you noticed that some vehicles on the road have a 'T' following the engine displacement figure in their model designation? This actually indicates that the vehicle's engine is fitted with a turbocharger. This device increases engine output power during high-speed driving whilst offering relative fuel efficiency. The intake and exhaust intercooling system for automotive engines equipped with t...

Turbocharging is a technology that uses the exhaust gases produced by an internal combustion engine to drive an air compressor. The primary function of turbocharging in cars is to increase the volume of air entering the engine, thereby boosting engine power and torque and making the vehicle more responsive. However, following turbocharging, both the pressure and temperature within the engine rise ...