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面向回差的RV减速器稳健设计优化
Optimization of test design of RV reducer backlash based on robust design
【摘要】 以RV减速器的几何回差为研究对象,推导出包含转动副及啮合副处制造、装配误差的几何回差数学模型,通过编写辅助设计软件进行计算,并对其进行灵敏度分析,发现了影响RV减速器回差的主要因素。利用正交试验的方法,建立稳健设计优化模型,确定了RV减速器回差影响因素的最佳组合,有效降低了RV减速器的回差大小,达到了设计要求。
【Abstract】 Taking the geometric backlash of RV reducer as the research object, the mathematical model of geometric deviation including the manufacturing and assembly errors of rotation pairs and meshing pairs is derived. The auxiliary design software is written for calculation, and the sensitivity analysis is carried out. According to the calculation results, the main factors affecting the geometric deviation of RV reducer are found. By using the method of orthogonal test, the model of robust design optimization is established, and the optimal combination of the influencing factors of the backslip of RV reducer is determined. The backslip size of RV reducer is effectively reduced, and the design requirements are met.
- 【文献出处】 机械设计与制造工程 ,Machine Design and Manufacturing Engineering , 编辑部邮箱 ,2023年01期
- 【分类号】TH132.46
- 【下载频次】18