摘要
针对农机核心部件齿轮的加工需求,构建能耗优化模型,采用NSGA-Ⅱ算法优化机床主轴转速、进给率、切削宽度和切削深度。工业试验结果表明,优化参数使能耗降低了17.8%,加工效率提高了10.6%,表面粗糙度改善了16.7%。研究结果为推动农机制造业的优质高效发展提供了实践参考。
For need of gear processing for agricultural machinery an energy optimization model was developed and NSGA-II algorithm was employed to optimize spindle speed,feed rate,cutting width and depth of machine tool.Results of the industrial trials demonstrated 17.8%reduction in energy consumption,10.6%increase in processing efficiency and 16.7%improvement in surface roughness.Research results provided practical references for improvement of high quality and efficiency development for manufacture industry of agricultural machinery.
作者
结加甲
Jie Jiajia(Sanmenxia College of Social Administration,Sanmenxia 472000)
出处
《中国农机装备》
2025年第7期45-47,共3页
China Agricultural Machinery Equipment
关键词
数控加工
农机核心部件
NSGA-Ⅱ
加工参数优化
CNC machining
Key components of agricultural machinery
NSGA-II
Optimization of processing parameters
