1) Milling Cutting Data Searching
铣削用量查询
2) milling parameter
铣削用量
1.
Research on the intelligent optimization of the milling parameters for the CNC cutting simulation system based on genetic algorithms;
基于遗传算法优化铣削用量的数控加工仿真系统的研究
2.
Based on the features of NC milling,a mathematic model for optimization of milling parameters is established,in which the object function is based on the maximum productivity and the minimum cost of process,the restriction condition is based on limitation of machine tool,cutter,technics and so on.
基于数控铣削加工的特点,建立了以最大生产率、最低生产成本为目标函数,以机床、刀具、工艺等限制因素为约束条件的铣削用量优化数学模型,并运用遗传算法,结合铣削实例,对铣削用量进行了优化。
3.
Based on the features of milling,a mathematic model for optimization of milling parameters is established.
基于铣削加工的特点,建立了以最低生产成本为目标函数,以机床功率、表面质量、刀具寿命和进给速度为约束条件的铣削用量优化数学模型,结合铣削实例对铣削用量进行优化。
3) milling parameters
铣削用量
1.
Reasonable and optimized calculation of milling parameters;
铣削用量的合理优化计算
2.
Optimization of milling parameters based on genetic algorithm;
铣削用量的遗传算法优化设计
3.
In this paper,the modern theory of milling and the optimization technique are applied for establishing the mathematical model of face milling in order to obtain the optimum face milling parameters with the highest productivity as the optimizing objective and taking many constraints into consideration.
运用现代铣削理论和最优化技术,以最高生产效率为优化目标,并考虑诸多约束,建立端面铣刀铣削用量优化选择的数学模型,编制以复合形法、惩罚函数法为基础的优化程序,并采用Visual Basic编程,组成包括优化计算模块、铣削用量专用数据库、人机界面三部分的优化系统。
4) milling amount
铣削量
1.
The influence of the processing parameters on the laser milling amount and milling surface quality were studied systematically, and the experiments of different shapes were carried out with optimized processes.
系统研究了工艺参数对铣削量和铣削面质量的影响规律 ,并探讨了不同石材类别对激光铣削面质量的影响。
6) Multi-objective Optimize of Milling Parameters
铣削用量多目标优化
补充资料：查询权和监督、质询权
查询权和监督、质询权：股东有权查阅公司章程、股东大会会议记录和财务会议报告对公司的经营提出建议或者质询。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条