基于Solid Works和Ansys Workbench的钢管输送机构关键部件的优化设计

摘要

By developing a motion simulation model for the steel tube conveying mechanism in ADAMS , a kinetic a-nalysis software, the paper calculates the maximum load of the steel-tube conveying mechanism.And the paper builds a 3D-model critical parts in SolidWorks and puts the model in Ansys Workbench for optimization to solve the minimum mass of each critical component when the strength and rigidity requirements are met , realizing the lightweight design of critical parts.%通过在动力学分析软件ADAMS中建立钢管输送机构的运动仿真模型,求解出钢管输送机构关键部件的最大载荷.在SolidWorks中建立关键部件的三维模型,将三维模型导入到Ansys Workbench中进行优化,求解关键部件在满足强度和刚度情况下的最小质量,实现了关键部件的轻量化设计.