2003•Journal of Hubei Automotive Industries InstituteRequires access

The Strength and Stiffness Analysis of a Connecting-rod

Zhang Sheng-lan

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Abstract

In this paper, the strength and stiffness of a connecting-rod is analyzed. Pro/E2000i2 is attempted to finish three-dimensional solid modeling, apply loads and constraints, define material properties and meshing for the first time. ANSYS 6.1 is only used for analysis. The stress and deforming results are calculated. A modeling method for the complete structure is provided, which not only saves the modeling time, but also simulates the structure and boundary conditions accurately.

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What this paper is about

In this paper, the strength and stiffness of a connecting-rod is analyzed. Pro/E2000i2 is attempted to finish three-dimensional solid modeling, apply loads and constraints, define material properties and meshing for the first time. ANSYS 6.1 is only used for analysis. The stress and deforming results are calculated. A modeling method for the complete structure is provided, which not only saves the modeling time, but also simulates the structure and boundary conditions accurately.

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Available abstract

In this paper, the strength and stiffness of a connecting-rod is analyzed. Pro/E2000i2 is attempted to finish three-dimensional solid modeling, apply loads and constraints, define material properties and meshing for the first time. ANSYS 6.1 is only used for analysis. The stress and deforming results are calculated. A modeling method for the complete structure is provided, which not only saves the modeling time, but also simulates the structure and boundary conditions accurately.

Key concepts: Stiffness, Structural engineering, Connecting rod, Stress (linguistics), Boundary (topology), Engineering, Boundary value problem, Mechanical engineering

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