The study focused on plastic cantilever buckle. Combing with actual work and using plastic injection molding theory, the characteristics of conventional cantilever buckle model are summed up. The classical analysis on cantilever buckle the shape parameters and the mechanical assembly performance are reduced. The finite element simulation module mechanism on stress and strain of cantilever buckle are explored by using Pro/E 5.0 software to obtain the correction coefficient of the cantilever buckle and to obtain some optimization design measures. Since the analysis calculations are based on simplified model and certain assumptions, so the results of the analysis are not exactly, but it can satisfy the precision requirement of product design.
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机译:该研究专注于塑料悬臂扣。梳理实际工作并采用塑料注塑理论,总结了常规悬臂扣模型的特性。悬臂扣的经典分析减小了形状参数和机械组装性能。利用PRO / E 5.0软件探索了悬臂支架应力和应变压力和应变的有限元仿真模块机制,以获得悬臂扣的校正系数,并获得一些优化设计措施。由于分析计算基于简化的模型和某些假设,因此分析结果并不完全,但它可以满足产品设计的精确要求。
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