CAJ | 학술논문

本文以某试验工装结构设计与优化为研究对象，应用有限元分析软件 AnsysWorkBench对其结构进行优化设计，对试验工装的强度、刚度进行分析，并结合工装实际使用情况进行了有效的验证。基于试验工装整体的集成有限元分析方法能够极大的降低工装设计误差，从而提升了工装设计水平，节约生产成本。
본문이모시험공장결구설계여우화위연구대상，응용유한원분석연건 AnsysWorkBench대기결구진행우화설계，대시험공장적강도、강도진행분석，병결합공장실제사용정황진행료유효적험증。기우시험공장정체적집성유한원분석방법능구겁대적강저공장설계오차，종이제승료공장설계수평，절약생산성본。
Taking the structural design and optimization of the tooling structure in a certain test as the research object , this paper optimizes its structural design through finite element analysis software AnsysWorkBench , analyzes its strength and verifies the effect through actual uses of the tools . Based on the test , the integrated finite element analysis method can greatly reduce tooling design error , thereby increase the level of tooling design and reduce production costs .