车刀

径向成形车刀廓形计算的几种新方法

Some new methods for calculating radial formed turning tool contour

车刀安装高度对加工误差的影响

Influence of Turning Tool Setting Height on Machining Errors

普通棱体成形车刀廓形修正计算及绘图的BASIC程序设计

A Basic Program for Modified Computation and Plot of the Outline of General Flat Forming Tool

基于LabView的数控轧辊车床车刀检测系统

Testing System of Lathe Tool of CNC Roller Lathe Based on Lab VIEW

棱体成形车刀CAD系统设计与研究

Design and study on arris formed turning tool CAD system

圆体成形车刀轴向廓形的CAD与CAM

CAD and CAM of Cylindric Formed Turning Tool in Axis Profile

三维CAD在成形车刀截形设计中的应用

The Application of Three-dimensional CAD in the Shape Design of Shaped Cutting Tool

棱体成形车刀CAD自动设计数据处理的研究

Research on date process method of automatic designing arris formed turning tool CAD systems

基于Matlab的可转位车刀切削部分优化

An Optimal Modeling of Turning Cutting Tools with Indexable Inserts Based on Matlab

可转位车刀参数化CAD系统

Parametric CAD System for Indexable Turning Tools

数控车刀尖R补偿的分析和应用

The analysis and the application of tool nose radius compensation in CNC lathe machining Buying a Car

基于AutoCAD的成形车刀截形作图设计方法

AutoCAD-based Graphing Design Method for Profiles of Forming Turning Tools

一种用AutoCAD进行成形车刀廓形设计的简易方法

Simple Method for Forming Machine Tool Profile Design with AutoCAD

基于UG的高精度成形车刀的参数化设计

Parameter Design of High Precision Form Tool Based on UG

NET和UG设计软件为二次开发平台，开发了高精度圆体成形车刀设计系统。

NET and UG as the secondary development platform , a high precise CAD system for circular formed turning tools was developed .

应用Pro/E软件进行实体造型，由三维图形转换软件传递实体信息，在Visualc++6.0开发平台上采用OpenGL技术来对数控磨削成形车刀的三维加工过程进行动态几何仿真。

Model information is converted by 3D graphic conversion tool after solid models building with Pro / E. The grinding process simulation is developed in Visual C + + 6.0 with OpenGL .

NET为开发环境的高精度、基于特征的参数化成形车刀CAD设计系统，实现了零误差设计精度，而且大大提高了设计效率。

In this thesis , feature-based parameterized design system based on UG Secondary development , Windows XP System and Microsoft Visual Studio . NET has been developed . A formed turning tool realizes zero error and high efficiency design .

开发了基于LabView的数控轧辊车床车刀实时检测系统；提出了利用该系统检测数据改进刀具设计与切削工艺的实例。

The testing system of lathe tool of CNC roller lathe based on Lab VIEW is designed and the example that the tool design and the turning process are improved with the testing data of the system is presented .

提出一种在X-B两轴联动数控磨床上增加一个可控的U轴，采用浮动极坐标法实现对轧辊成形车刀的最少轴数控刃磨方法。

By adding a controllable U axis to a X-B-axis CNC grinding machine tool and adopting the floating polar coordinate , a least-axis CNC grinding method of formed turning cutter for rollers was presented .

根据成形车刀的设计理论，开发出了一种基于WindowsXP和UG二次开发平台、以VC为编程工具的成形车刀CAD系统。

A CAD system of formed turning tools has been developed , which based on UG further developing technique , Windows XP System and VC according to the theory of designing formed turning tools .

分析了CVD金刚石厚膜刀具材料的性能特点，对CVD金刚石厚膜车刀进行了精密切削和难加工复合材料切削试验，结果表明：CVD金刚石厚膜刀具加工铝合金的表面粗糙度可达Ra005μm；

The performance characteristics of CVD diamond thick film cutters are analyzed . The experiments on the precision cutting and hard to cut composite materials cutting by using CVD diamond thick film turning tools are carried out .

研究了高精度棱体成形车刀优化设计的数学模型，介绍了用VB语言开发的高精度棱体成形车刀的CAD/CAM子系统的构成及其主要模块的功能。

This paper studies mathematical model for optimize design of high precision prismatic form turning tools . It introduces the make-up and major modular functions of the branch system of CAD / CAM for the turning tools with VB language .

以数控（NC）车刀的电子化样本的开发为例，介绍了面向数控工艺设计应用需要的数控刀具自动化管理系统开发技术、数控刀具结构的一般知识和切削参数选择的相关理论。

Through the development of an example which serves as NC turn cutter electronic sample book , developing technique for NC cutter automatic management oriented process plan was introduced . In addition , general knowledge of NC cutter structure and cutting parameter choice principal were also involved .

CLY-1型车刀量角仪的构造和使用方法

Construction and Operating Method of CLY-1 Lathe Tool Angulometer

结合对涂层车刀前刀面磨损区域的观察，发现其初期磨损区域基本上与出现最大VONMISES等效应力的区域吻合，表明机械应力是导致涂层早期失效的主要原因。

The experimental results exhibit that the failed zone at initial wear stage fit the zone with the maximum Von Mises equivalent stress , it shows that mechanical stress is the main cause leading to early failure of coating .

以OSAIMM构成了车削过程自适应控制系统和基于人工神经网络的车刀后刀面磨损值在线估计系统。

Two experiment systems based on the OSA IMM platform , the adaptive control system and the on line flank wear estimation using artificial neural network for turning operations , have been implemented for testing OSA IMM .

根据三维有限元法，提出车削过程弹塑性大变形的热-力耦合模型，并模拟了超细晶WC硬质合金车刀对AISI-1045碳钢的车削。

On the basis of three-dimensional finite element modeling ( 3D-FEM ) method , a thermo-elastic-plastic large deformation coupling model was presented to simulate numerically the turning of AISI-1045 carbon steel with ultra-fine grained WC-based hardening alloy tool .

试验表明W6Mo5Cr4V2高速钢车刀经过可控渗氮处理切削能力大幅度提高，加工中硬度、高韧度材料时，寿命提高几十倍，并能顺利切削硬度高达37～39HRC的18Cr2Ni4WA钢。

The test also showed that life of cutting tools made from high speed steel is also improved by ten times when they are used to cut materials with moderate hardness and high toughness . These lathe tools also can cut steel such as 18Cr_2Ni_4W_4 with 37 ~ 39HRC smoothly .

光杆偏心式可转位车刀在汽轮机大型零件加工中的应用

Application of Indexable Turning Tool for Machining Large-scale Parts in Turbine

圆体成形车刀廓形的快速精确设计与制造

Precise Design and Manufacture for Profiles of the Circular Form Tool