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- Discussion on NC Milling Process of Large Shroud Segment 数控铣加工大围带弧段工艺方案探讨
- Dynamic Simulation of NC Milling Process Based on Space-Filling Curves 基于填充曲线刀具路径的数控铣削过程物理仿真
- NC milling process 数控铣削
- To improve the efficiency decreased by feed rate in traditional NC program,a NC program optimization system is developed for rough milling process. 针对传统数控程序中进给速度固定限制加工效率的缺点,开发了面向粗铣加工的数控程序优化系统。
- Through analyzing and accounting evocable error of tool's transmutation during milling process,the compensatory method to the error in NC machining has been put forward. 通过分析计算数控铣削过程中刀具变形引起的误差,提出对这种误差的补偿方法。
- Experienced in some of the Fiber Mill process areas. 具有纤维制造过程某些领域的相关经验。
- The function of cutter radius compensation is an important function in NC milling. 刀具半径补偿功能是数控铣削加工中的重要功能。
- Familiar and experienced in Fiber mill Process areas. 熟悉纤维制造过程并具有相关经验.
- This technology is worthy to be spread in applying universal NC milling machine for NC grinding of space surface. 该成果对推广应用通用数控铣床进行空间曲面数控磨削，有着重要的价值。
- Finally,the mini high-speed NC milling machine was used to produce the fused porcelain to CAD/CAM molar crown. 然后精确地设计修复体龈边缘处的位置和外形特征,构造出内冠三维实体模型;
- The constitutes and using methods of subroutine and macroinstruction during NC milling are stated. 阐述了子程序概念、子程序格式、在数控铣削中的应用及注意事项。
- English manufacturers extract the essential oil through milling process. 英国制造厂通过碾磨工艺提取精油。
- Under DNC environment, the surface machining accuracy of NC milling machine may be improved through postprocess control and adaptive prediction control. 在DNC环境下,以数控铣床曲面加工为对象,运用序后控测、自适应预报控制方法,提高了数控铣床的曲面加工精度。
- The author analyzes the causes of producing overcut phenomenon in NC milling, and provides the measures to eliminate the overcut. 分析了数控铣削中过切产生的原因，提出了消除过切的措施。
- A mathematical model for thermal deformation of a large NC milling machine is established by nervous network and multivariate linear regression. 文章介绍了神经网络和多元线性回归方法，可用来建立大型数控铣床的热变形数学模型。
- Causes of overcut and undercut happened in NC milling curves in cam with a slot are analyzed,and solutions are presented. 分析了槽凸轮曲线数控加工中经常遇到的过切和少切问题的产生原因,提出了该问题的解决办法。
- The reconstructive principle and the designing way of NC milling machine are expatiated by machining a typical cam,so does the parameter conversion. 通过典型凸轮零件的数控铣削加工,阐述铣床数控改造设计的原理和设计的方法,以及在加工编程设计中参数数据的转换。
- The effects of cutting speed and feedrate are taken into account in milling process control. 得出在高速切削铝合金过程中,随着切削速度的增加,刀具与工件接触区的温度变化存在二次效应。
- In this field the construction of swept volume of cutters have a key role to play, especially in the simulation of NC milling machining. 实体数控仿真具有重要意义,刀具扫掠体构造是实体数控铣削仿真的重要环节。
- During milling process supersolidus solution between Cu and Zr and intermetallic compound were formed. 高能球磨形成了锆置换固溶于铜的过饱和固溶体和金属间化合物。
