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Automotive Basics 101: Knowing How an Engine Works This article will lead you through an exploration on how most car engines work. This will tackle on how engines maximize performance with fuel economy and reduce emissions which are most important topics. We are going to learn and understand first how engines work as a whole and in detail. Some important terminologies are you also have to understand. An internal combustion engine is going to need a fuel to function. The efficiency of how your engine breathes will cause your engine to produce more power efficiently. Learning the main components of an engine starting with the engine block and cylinder head are important. Cylinders, the crankshaft, connecting rods, pistons, spark plugs, fuel injectors, intake and exhaust valves, cam shafts, and a timing chain or belt are all part of the internal components of an engine.
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Power is produced in the engine by the four-stroke process. Enhanced power output, fuel economy, and emissions control are the results of our modern technology to our engines. An acoustic control induction system automatically varies the length of the runners in the intake manifold. The airflow into the engine can be maximized and enhanced efficiently. Usable power can be provided with this mechanism throughout the entire rpm range. With the correct combination of durable and high performance tires this will produce more efficient power. It helps the efficiency and increased power output of the engines by Michelin tyres. This mechanism of engines maintains the intake of airflow through a long line of runners in order to produce a lower power intake need. This is simplified by thinking of a person in a gym taking deep breathes while lifting heavy objects. The technology directs the air through short intake runners with most high speed engines. This mechanism will generate horsepower as a result. The benefits that you get from this design of double-overhead engines with double camshafts are enhanced power outputs, fuel economy, and emissions control. Four valves per cylinder instead of two or three are what most high performance cars use. The intake is improved with this design which will make sure that exhaust arrangements of the engine are more efficient than other valve configurations. 4 valves per cylinder on the 24 valve engines which are 6-cylinder engines are preferred configurations. Intelligent technology of variable timing develops more power and torque on most rpm range or power. Whatever the conditions are the programmed computer system designs make the engine’s breathing capacity to the optimum. This is very important for those high performance vehicles that can work both on low speeds and high speeds.
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The best part of this guide is it helped you know how engines work.