Data-driven multimodal transport decisions

* Analyze the mystery of the engine cycle world Automobile is Data-driven multimodal transport decisionsan indispensable tool in modern life, and the engine is the heart of the car. The complexity of the engine makes people wonder why the engine is so complicated. Its core principle is "cycle". Circulation refers to a series of physicochemical reactions carried out inside the engine to drive the movement of the car. The engine cycle usually includes four steps: intake, compression, explosion and exhaust. The first is the intake of air. The engine further filters the air in the atmosphere through the air filter, and then brings it into the cylinder. Cars need more air when driving at high speed, so the performance of the engine can usually be improved by increasing the air intake.Each cylinder needs enough air to support combustion and generate enough kinetic energy during the process. The second is compression. The intake piston injects a large amount of air into the cylinder and compresses the air tightly under high pressure. This is a very important step in the engine cycle. This process consumes a lot of power, usually provided by the up and down movement of the piston. In this step, the stronger the engine will produce a higher compression ratio, resulting in better performance. Next is the explosion. The igniter on the vehicle will ignite the oil-gas mixture, generating extremely high temperature and pressure in the piston. The combustion energy released will push the piston down and transmit the kinetic energy to the transmission system to make the vehicle move forward. Finally, exhaust gas. After the cylinder completes the combustion process, the exhaust gas is discharged. The time of exhaust and intake is very important. IntakeThe valve must be closed to ensure that the exhaust gas does not enter the cylinder and interfere with the combustion process of the next round of cylinder. The engine cycle can be regarded as a series of seemingly simple steps, but in fact it is very complicated. Each part of the engine should be precisely designed and executed to ensure that there is no failure during the operation of the engine. At the same time, this cycle process needs to be highly efficient to make full use of the energy of the oil-gas mixture to ensure that the journey is maximized and emissions are minimized. In addition to these four steps, modern automotive engineering also involves many different problems, such as the impact of gasoline processing and combustion on the environment, the performance of oil and fuel allocation, which all affect the design of the vehicle. Therefore, the overall engine design must consider many different factors to ensure that the car is high-performance and more environmentally friendly.In general, engine cycle is the core process of keeping cars running, and car manufacturers have been trying to explore more efficient and environmentally friendly solutions. These efforts will continue to make automotive technology more intelligent and high-tech, and promote the development of human society in a more sustainable way.

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