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Dynamic Numerical Computation and Optimum Analysis of Robot Chassis Using Finite Element Method

机译:机器人底盘的动态数值计算与优化分析的有限元方法

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摘要

As the research object, the mobile robot chassis is designed. Firstly, the mobile robot chassis intensity design is processed in accordance with the chassis external load. According to the design results, the structure model is constructed in ANSYS, the strength and stiffness is checked and its structural dynamics characteristic is computed. Then, based on the numerical value analysis, the non-sensitive variable of the bodywork is analyzed and the optimization model of the body structure is established. The result of the Numerical Optimization proved that, the inherent structure frequency characteristics did not change significantly in the case of the body weight components reduced. The mobile robot platform is set up in the laboratory, the experimental results showed that the robot chassis design is reasonable, in line with the requirements of mobile robots.
机译:作为研究对象,设计了移动机器人机箱。首先,根据底盘的外部负载来处理移动机器人底盘强度设计。根据设计结果,在ANSYS中构造结构模型,检查强度和刚度,并计算其结构动力学特性。然后,基于数值分析,分析了车身的非敏感变量,并建立了车身结构的优化模型。数值优化的结果证明,在减少体重分量的情况下,固有的结构频率特性没有明显改变。在实验室中建立了移动机器人平台,实验结果表明,该机器人的底盘设计合理,符合移动机器人的要求。

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