高速切削

面向高速切削的CAD模型与CAM编程

CAD Model and CAM Programming for High Speed Cutting

高速切削加工CAM技术策略的研究

Study on CAM Technology of High Speed Machining

高速切削CNC系统的研究

Study on High-speed Cutting CNC System

在建立了高速切削数据库系统的理论模型的基础上，开发了B／S模式的高速切削数据库。

Based on the theory model of high speed cutting database system built , the B / S mode high speed cutting database system is developed .

最后开发了B／S模式的高速切削数据库系统。基于知识的集成制造参考模型的提出。

Finally , the B / S mode high speed cutting database system is developed . A reference model for knowledge based integrated manufacturing is put forward .

使用高速切削，也可以减少和免除费时费钱的EDM（放电加工）加工。

Costly and time consuming EDM-processes can also be reduced or eliminated via HSM .

Ti（C，N）基金属陶瓷是一种新型工具材料，在高速切削刀具中得到广泛应用。

Ti ( C , N ) - based ceramet is a kind of modern tool material , and has abroad applications in high velocity cutting tools .

高速切削HSK刀具系统的数值模拟与可靠性研究

Numerical Simulation and Reliability Research of HSK Tool System

高速切削（HSC）以高的加工效率和高的加工质量为主要特征。

The high cutting efficiency and good quality are the mostly characteristics of the high-speed cutting .

HSK刀柄高速切削性能研究

Research on high-speed cutting characteristics of hsk shank

常用螺纹插补算法中，很难选取一个恒定的脉冲计数值n，以满足高速切削要求。

The interpolation algorithm in common use can ′ t meet the demands of high speed thread cutting , because it is difficult to find a invariable pulse count value ' n ' .

在UG中通过接口程序调用该系统，为高速切削的CAM编程提供理论依据和实际参考。

Transfering this system through the interface routine in UG will offer the base of a theory and practical reference for high-speed cutting CAM programming .

本文着重介绍了模具CAD／CAE／CAM的发展趋势、快速原型制造技术、高速切削、反向工程与材料及表面处理技术等进行了综述。

The paper emphasis on the trend of CAD / CAE / CAM of die & mold technology , rapid prototyping , high speed manufacture , reverse engineering , material and finished surface technology .

高速切削数据库的实例编码采用的是柔性码，通过借鉴IP地址的编码思想，采用分层编码方案，使实例编码即实用又高效。

The case code in the high speed cutting system adopts flexible code . This coding method borrows the coding thought from IP address coding , which adopts hierarchical coding scheme , and it makes case code practical and efficient .

本文应用SPH理论以及有限单元理论，结合相关软件，研发了基于SPH的土壤高速切削仿真系统。

High speed soil-cutting simulation system based on SPH ( Smooth Particle Hydrodynamics ) methods and FEM ( Finite Element Methods ) is developed .

运用并行工程思想，提出了一个基于具有设计/制造特征的产品信息模型、智能化CAPP系统和高速切削CNC技术的CAD/CAM/CNC集成系统。

Using CE concept , a CAD / CAM / CNC integrated system is put forward , which based on product information model containing design / manufacture feature 、 intellectual CAPP system and high-speed cutting CNC technology .

使用高速切削（HSC）淬硬钢的方法相比传统加工方法不仅可以获得更高的效率、而且可以得到更好的表面质量和更低的加工费用。

Compared with the traditional processing methods , high-speed cutting cutting ( HSC ) method hardened steel shows a higher efficiency , better finished surface and lower processing costs .

针对实际生产应用和高速切削加工建立了DNC系统中数控程序传输速度与机床进给速度的关系，给出了解决数控程序传输速度低的几种措施。

Relationship between CNC federate and baudrate in DNC system is described in respect to actual production application and high_speed cutting , several measures for solving low transmission speed for NC program are put forward .

本文进行了基于有限元数值模拟的高速切削机理研究，通过建立毛坯和刀具几何模型，导入到DEFORM-3D中，对模型进行网格划分，设置主要计算条件，并进行了有限元计算分析。

This article studies the high speed machining mechanism based on finite elements numerical simulation , by establishing geographic model of the work piece and the tool , transmitting it into DEFORM-3D and processing finite element analysis .

聚晶立方氮化硼（PCBN）刀具以其极高的硬度、耐磨性及红硬性为高速切削加工技术应用到黑色金属及难切削材料上起到了极大的推动作用。

Polycrystalline Cubic Boron Nitride ( PCBN ) tool , plays a significant role in HSC ferrous metals and hard-to-cut materials , because of its extremely high hardness , wear resistance and red rigid .

在低速切削时，FG2的破损寿命不比普通陶瓷刀具SG4高，但在高速切削时，其抗破损性能则明显好于普通陶瓷刀具SG-4，说明梯度功能陶瓷刀具适应于高速切削。

The tool life of FG-2 is not longer than that of SG-4 in low cutting speed , but it improves obviously in high cutting speed . This phenomenon shows that the functionally graded ceramic tool is suitable for high speed cutting .

高速切削工艺数据库的研究开发

Research and Development of a Technology Database for High Speed Machining

高速切削技术越来越引起人们的关注。

High speed machining technology attracts more and more attention recently .

淬硬轴承钢高速切削过程的实验与仿真

Experiment and Simulation of High Speed Turning Process for Hardened Steel

高速切削加工技术在模具和模型制造中的应用

Application of High Speed Cutting Technique in Die And Mould Manufacturing

高速切削数据库系统的研究现状与发展

Research State and Development Directions of High Speed Machining Database System

高速切削断屑机理及其预报系统的研究

Study on the Chip-breaking Mechanism and Prediction of High Speed Cutting

高速切削过程中切削力变化规律试验研究

Experimental Study on Cutting Force Changing Laws in High-speed Cutting Machining

模具高速切削刀具技术研究概况

Study on high speed cutting tools technology of mould and die

基于高速切削刀具与刀具系统的研究

Study for Tool and Tool System Based on High Speed Cutting