1) cutting force coefficient
切削力系数
1.
Based on respond surface method,the quadratic polynomial of cutting force coefficient is established.
根据铣削过程和铣刀的几何模型,建立铣削力的瞬时表达式和平均切削力公式,给出基于响应曲面法的切削力系数的二次多项式。
2.
Based on the dynamic milling and orthogonal experiments in end milling die steel 4Cr16Mo,this paper discussed the different influence made by four input cutting parameters(cutting speed,feed rate,radial and axial depth) on the tangential and radial cutting force coefficients and then analyzed how to choose optimal parameters in processing.
在动态铣削力模型基础上,通过正交铣削实验分析了立铣4Cr16Mo模具钢时各加工参数对切向切削力系数Kt和径向切削力系数Kr的影响规律,以及切削参数的优化选择;采用二次多项式模型和偏最小二乘法对其进行回归分析。
2) dynamic cutting force coefficients
动态切削力系数
1.
New approach for determination of dynamic cutting force coefficients in three-dimensional cutting;
确定三维切削动态切削力系数的新方法
3) cutting coefficients
单位切削力系数
4) milling force parameter
铣削力系数
1.
Study on the identification and emluator of the milling force parameter model based on main component regression and application;
基于主成份回归的铣削力系数辨识及仿真
5) milling force coefficient
铣削力系数
1.
A new method for the milling force coefficient online measurement;
铣削力系数在线测试的新方法
2.
Cutter eccentricity parameters decided by using the above algorithm in the process of calculating milling force coefficients according to the.
在通过铣削力试验数据计算铣削力系数的过程中,采用上述算法确定了刀具的偏心参数,用于铣削力的仿真预测中,仿真结果和铣削力试验的结果表明,算法效果良好。
6) CNC heavy cutting
数控强力切削
1.
A study on resonance mechanism for servo drive in CNC heavy cutting;
数控强力切削伺服进给系统的谐振机理研究
2.
Faced with chatter during CNC heavy cutting,we constructed the mathematical model of CNC heavy cutting servo system which contains chatter in the process of cutting.
针对数控强力切削中颤振问题,建立了包含切削过程颤振环节的数控强力切削伺服系统数学模型。
补充资料：举力系数
见举力。
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