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在ANSYS Workbench平台中,根据有限元分析软件计算出链轮受静力载荷下的变形情况及疲劳危险区域,验算设计结构的合理性,并为提高链轮的强度及优化设计结构等问题提供理论依据。以链轮受到极限载荷的情况进行分析,将分析结果与材料的机械性能进行比较,做到实际产品与有限元分析的相互验证。
In ANSYS Workbench platform, according to the finite element analysis software to calculate the deformation of the sprocket under static load and the danger zone of fatigue, check the rationality of the design structure, and to improve the sprocket strength and optimize the design of the structure and other issues provide a theory in accordance with. The sprocket is subjected to the ultimate load analysis. The analysis results are compared with the mechanical properties of the material to verify the actual product and the finite element analysis.