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The Research of Steel Piston Temperature Field and Deformation Based on Finite Element Method

机译:基于有限元法的钢活塞温度场和变形研究

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摘要

The traditional aluminum piston, the can not meet the engine development to the high power density direction, so the higher strength steel piston designed. The temperature filed and deformation was calculated and analyzed by finite element method with finite element software MSC.NASTRAN. The results can provide theoretical foundation for the promotion of the all-steel piston.
机译:传统的铝活塞,不能满足发动机的开发到高功率密度方向,所以更高强度钢活塞设计。通过有限元软件MSC.Nastran计算并通过有限元软件进行计算和分析温度归档和变形。结果可以为促进全钢活塞提供理论基础。

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