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The Optimization Design of the Compressor Connecting Rod by Using of ANSYS

机译:使用ANSYS压缩机连杆的优化设计

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A connecting rod, which a part connecting the crankshaft to piston of compressors, does linear reciprocating motion along the center of a piston inside of the cylinder, ensuring that the connecting rod qualifies the periodical changing of load and the fatigue strength and structural stiffness with better static and dynamic mechanical properties. It is an incredibly important factor to guarantee the reliability of a compressor. This study sets the connecting rod of piston-style compressors as the research object, introducing the application of the mechanical model of a connecting nod and finite element analysis in the design of connecting rod and optimizing and analyzing its structure from the perspective of finite element analysis by means of ANSYA software.
机译:将曲轴连接到压缩机活塞的部件的连杆沿着圆柱体内部的活塞的中心进行线性往复运动,确保连杆符合负载的周期性变化和疲劳强度和结构刚度静态和动态机械性能。保证压缩机的可靠性是一种非常重要的重要因素。本研究设定了活塞式压缩机的连杆作为研究对象,介绍了连接点的机械模型和有限元分析的应用,从有限元分析视角下优化和分析其结构通过Ansya软件。

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