1) high speed machining

高速加工
1.
Research on quintic spline interpolation and velocity profiles algorithm for high speed machining;
适于高速加工的五次参数样条曲线插补及其速度生成算法的研究
2.
Review on Cutting Heat Generation Mechanism in High Speed Machining and Its Monitoring Techniques;
高速加工切削热产生机理及监控技术研究综述
3.
High Speed Machining Database Based on SQL SERVER;

基于SQL SERVER的高速加工数据库
2) High-speed Machining

高速加工
1.
Research on and Realization of Acceleration/Deceleration Control Methods Based on High-speed Machining;
基于高速加工的加减速控制方法研究及实现
2.
Research on Optimization Strategies of High-speed Machining Tool Path;

高速加工刀具轨迹优化策略研究
3) HSM

高速加工
1.
Technological Progress Course of HSM;

高速加工的技术进展历程
2.
NURBS curve interpolation technology and its application in HSM;

高速加工NURBS曲线插补技术分析与应用
3.
Advanced Technology of Die and Mould——HSM;

模具加工的前沿技术——高速加工
4) high-speed processing

高速加工
1.
Powermill-based programming and application of high-speed processing for die and mould;

基于Powermill的模具高速加工编程及应用研究
2.
Study on high-speed processing technique for aluminum alloy thin wall box;

铝合金薄壁盒体高速加工工艺研究
3.
Currently, high-speed processing has become a developing trend in machining and has been an extensive application.
高速加工已成为机械加工的发展方向并有了较广泛的运用,其中高速铣是当前数控加工技术热门领域之一,特别适合于难切削材料(淬硬钢、石墨、钛合金等)的加工,薄壁类石墨电极及零件的铣削加工就是高速加工应用的典型之一。
5) High Speed Cutting

高速加工
1.
This paper expounds the necessity of being adopted the new technology, high speed cutting, in the CNC double column boring and milling machine.
阐述了数控龙门镗铣床采用高速加工新技术的必要性,对我国数控龙门镗铣床主轴系统转速现状进行了分析,提出了今后的发展方向和应采取的具体措施。
6) high-speed hard machining

高速硬加工
1.
Simulation of chip formation in high-speed hard machining;

高速硬加工中切屑成形的有限元模拟
补充资料:如何合理地运用高速加工中心作高速切削
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