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CFD simulation calculation of inlet manifold modification design

机译:进气歧管改型设计的CFD仿真计算

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This paper simulates air flow in inlet manifold in some engine with CFD calculation method. Results coincide well with experimental data, which indicates that turbulence in bend is the principal factor of flow loss. On the basis of spatial arrangement, the structure of inlet manifold is redesigned and optimized. Cross section of bend is designed as oblate shape and the inlet cross-section of manifold is increased while its radius is increased at the same time. Flow resistance and flow rate after optimization are superior to the prototype machine.
机译:本文利用CFD计算方法模拟了某发动机进气歧管中的空气流动。结果与实验数据吻合得很好,这表明弯管中的湍流是流量损失的主要因素。在空间布置的基础上,对进气歧管的结构进行了重新设计和优化。弯曲的横截面设计为扁圆形,歧管的入口横截面增加,而半径却同时增加。优化后的流阻和流速优于原型机。

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