机电工程技术
機電工程技術
궤전공정기술
MACHANICAL & ELECTRICAL ENGINEERING TECHNOLOGY
2014年
11期
76-78
,共3页
减速器%优化设计%MATLAB
減速器%優化設計%MATLAB
감속기%우화설계%MATLAB
reducer%optimal design%MATLAB
在圆柱齿轮减速器中,考虑到对两齿轮及相关轴体积的减小,利用MATLAB优化工具箱,建立优化目标函数、选取设计变量、确定约束条件及函数。编程最终结果表明采用MATLAB算法求解优化问题,算法有效可靠、程序编写简单快捷,设计效率得以提高,从而为减速器的优化设计提供了良好的参考价值。
在圓柱齒輪減速器中,攷慮到對兩齒輪及相關軸體積的減小,利用MATLAB優化工具箱,建立優化目標函數、選取設計變量、確定約束條件及函數。編程最終結果錶明採用MATLAB算法求解優化問題,算法有效可靠、程序編寫簡單快捷,設計效率得以提高,從而為減速器的優化設計提供瞭良好的參攷價值。
재원주치륜감속기중,고필도대량치륜급상관축체적적감소,이용MATLAB우화공구상,건립우화목표함수、선취설계변량、학정약속조건급함수。편정최종결과표명채용MATLAB산법구해우화문제,산법유효가고、정서편사간단쾌첩,설계효솔득이제고,종이위감속기적우화설계제공료량호적삼고개치。
Considering the volume of two gears and the related axle in the cylindrical gear reducer, it uses the optimization toolbox of MATLAB to establish objection functions,select the design variables,detemine the constraints and functions and optimize. It turned out that the arithmetic is effective and reliable, the programming is simple and the design efficiency is to be improved to use the MATLAB arithmetic. It provides a good reference value for the optimal design of gear reducer.