机械研究与应用
機械研究與應用
궤계연구여응용
MECHANICAL RESEARCH & APPLICATION
2015年
2期
91-93
,共3页
离合器摩擦片%综合磨损参数PV%MATLAB的优化工具箱%最优参数
離閤器摩抆片%綜閤磨損參數PV%MATLAB的優化工具箱%最優參數
리합기마찰편%종합마손삼수PV%MATLAB적우화공구상%최우삼수
clutch friction disk%comprehensive wear parameter PV%MATLAB optimization toolbox%optimal parameter
分析摩擦片参数对其磨损的影响，定义影响离合器摩擦片磨损的综合参数PV，以其最小值为优化目标，确定约束条件后，借助MATLAB的优化工具箱求得摩擦片的最优结构参数。该优化能显著的简化摩擦片设计过程，并获得良好的优化效果，为离合器摩擦片的设计及改进提供参考。
分析摩抆片參數對其磨損的影響，定義影響離閤器摩抆片磨損的綜閤參數PV，以其最小值為優化目標，確定約束條件後，藉助MATLAB的優化工具箱求得摩抆片的最優結構參數。該優化能顯著的簡化摩抆片設計過程，併穫得良好的優化效果，為離閤器摩抆片的設計及改進提供參攷。
분석마찰편삼수대기마손적영향，정의영향리합기마찰편마손적종합삼수PV，이기최소치위우화목표，학정약속조건후，차조MATLAB적우화공구상구득마찰편적최우결구삼수。해우화능현저적간화마찰편설계과정，병획득량호적우화효과，위리합기마찰편적설계급개진제공삼고。
The influence that parameters of a clutch friction disk worked on the wear were analyzed in this paper, then the comprehensive parameter PV was defined, which was search for minimum value as the optimal goal.After confirming the con-straint conditions, the optimal structure parameters were gained by dint of the MATLAB optimization toolbox.This optimization could distinctly simplify the design process of friction disk, and obtain the well optimization result, thus it could provide some reference to clutch friction disk design and amelioration.
