2009Journal of Chongqing Institute of TechnologyRequires access

Dynamic Stress Analysis on Connecting-rod of Motorcycle Engine

Lijuan Fu

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Abstract

Based on the Virtual Prototype Technology,Flexible Body Theory and the Modal Analysis Technology,and combined with UG and the finite element analysis software MSC Patran/Nastran and the multi-rigid dynamic software MSC Adams,a dynamic analysis of rigid-flexible crank and connecting-rod system is conducted,and the dynamic stress of the connecting-rod in the working cycle is obtained,which provides reference for dynamic fatigue analysis of connecting-rod.

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What this paper is about

Based on the Virtual Prototype Technology,Flexible Body Theory and the Modal Analysis Technology,and combined with UG and the finite element analysis software MSC Patran/Nastran and the multi-rigid dynamic software MSC Adams,a dynamic analysis of rigid-flexible crank and connecting-rod system is conducted,and the dynamic stress of the connecting-rod in the working cycle is obtained,which provides reference for dynamic fatigue analysis of connecting-rod.

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Available abstract

Based on the Virtual Prototype Technology,Flexible Body Theory and the Modal Analysis Technology,and combined with UG and the finite element analysis software MSC Patran/Nastran and the multi-rigid dynamic software MSC Adams,a dynamic analysis of rigid-flexible crank and connecting-rod system is conducted,and the dynamic stress of the connecting-rod in the working cycle is obtained,which provides reference for dynamic fatigue analysis of connecting-rod.

Key concepts: Connecting rod, Modal analysis, Finite element method, Crank, Structural engineering, Dynamic stress, Engineering, Software

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Dynamic Stress Analysis on Connecting-rod of Motorcycle Engine — Research Paper | ScholarLens