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Modification of an Engine Air Intake System

机译:发动机进气系统的修改

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摘要

This work is concerned with the modification and development of the air intake system of an existing fuel injection engine of a passenger car in order to meet the following goals: 1. Reduction of the volume occupied by the air duct in bonnet 2. Reduction of the cost of the production 3. Reduction of the weight The new air intake system should be designed such that the engine power, torque and emissions remain unchanged, but resulted in a better performance and lower fuel consumption. By considering the space available around the engine, it is decided to shorten the air duct by movement of filter from back-right of bonnet to front-left, near the throttle. CFD program FLUENT V 5.2 is used to study the duct shortage effects on the air flow enters to the throttle. By taking the same filter and throttle, only the duct between the filter and the throttle is considered for the analysis. A comparison of the experimental data obtained from the constant volume sampling tests and the numerical results shows a good agreement.
机译:这项工作涉及对乘用车的现有燃油喷射发动机的进气系统进行修改和开发,以实现以下目标:1.减少发动机罩中空气导管所占的体积2.减少生产成本3.减轻重量新进气系统的设计应使发动机功率,扭矩和排放物保持不变,但可以提高性能并降低燃油消耗。通过考虑发动机周围的可用空间,决定通过过滤器从阀盖的右后方到节气门附近的前左方移动来缩短风道。 CFD程序FLUENT V 5.2用于研究管道短缺对进入节气门的气流的影响。通过采用相同的过滤器和节气门,仅考虑过滤器和节气门之间的管道进行分析。从恒定体积采样测试获得的实验数据与数值结果的比较显示出很好的一致性。

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