摘要
为解决大吨位铅粉机在生产中因进料量不稳定、负载变化大等因素致其减速齿轮箱齿轮经常损坏的难题,通过研究构造了大吨位铅粉机减速齿轮箱基于遗传算法的优化设计模型,利用模型通过对其齿数、模数等参数的寻优计算,较好地解决了大吨位铅粉机减速齿轮箱设计问题。同时,生产实践也证实该设计方法具有一定的先进性和实用性。
Aiming at unstable feed rate and load of the large lead power machine and the gears breakaown m aeceleration gear box, it applies the genetic algorithm to establish optimization design model for the large lead pow- er machine gear box. Based on its number of teeth, modulus and other parameters of the optimization calcula- tion, it obtains a better solution to design large lead power machine gear box. The production also verifies that the design method is advanced and practical.
基金
国家04重大专项资助(2011ZX04004-061)
关键词
遗传算法
铅粉机减速齿轮箱
优化设计
Genetic Algorithm
Lead Powder Machine Gear Box
Optimization Design
