面铣刀

通过试验，找出了切削深度、切削速度、每齿进给量等切削用量及切出角影响面铣刀寿命的规律。

Tests are conducted to find the rules how such cutting parameters as cutting depth , cutting speed and feedrate per blade as well as the cutting angle affect on the life of face mill .

进行高速面铣刀在离心力作用下的变形分析，使刀具结构合理。

Deformation of the high speed face milling cutter under the centrifugal force has been analyzed so that the structure of the cutter will be more reasonable . 5 .

减振面铣刀CAD系统开发

Development of CAD System of Vibration-reduction Face-milling Cutters

模块式可转位面铣刀CAD可转位式盘状成形铣刀的设计

CAD of block face-milling cutter design of a disk-typed and formed milling cutter with indexable inserts

基于XML的不等齿距面铣刀CAPP系统研究

Research on a CAPP System of Face-milling Cutter with Unequal Tooth Spacing Based on XML

最后，采用Pro/TOOLKIT，在VC环境下研制了高速面铣刀参数化设计系统。

Lastly , a parametric design system for high speed end milling tools has been developed with the use of Pro / TOOLKIT .

面铣刀铣削切入方式与破损寿命的研究采用ANSYS进行了不同转速下高速面铣刀刀体、刀片、刀具附件等刀具构件、装配的应力、应变、位移有限元分析。

Study of Face-Milling Process Cut-in Type and Disrepair Life The stress , strain , and displacement of component of the cutters have been simulated under different rotate speeds in ANSYS .

本课题从四川工具厂的实际生产情况出发，综合考虑系统的实用性和先进性，将CAPP设计方法和XML技术结合起来，开发出不等齿距面铣刀CAPP系统（BDCJX-CAPP）。

This subject , in terms of the practice of Tool Manufactory , combining the Variant pattern and Generative pattern of CAPP planning method and meanwhile applying XML technology , develops a CAPP system of face-milling cutter with unequal blade spacing ( BDCJX-CAPP system ) .

在已有的平前刀面铣刀片铣削温度数学模型的基础上，利用Jaeger的移动面热源理论，建立了波形刃铣刀片铣削温度的数学模型，编制了计算机程序对铣削温度进行了预测；

The temperature model of the waved-edge has been constructed according to Jaeger 's theory of moving solid under the used temperature model of the flat insert , it is possible to forecast milling temperature through programming .

胶辊磨削质量的磨具选择和工艺探讨不重磨硬质合金面铣刀

The Research of Grinding Process of Spinning Cots throw-away face cutter

高速面铣刀开发及其切削性能的研究

Research on High Speed Face Milling Cutter and Its Cutting Performance

高速面铣刀设计及其系统的开发

Design of High Speed End Milling Cutter and the System Development

机夹可转位面铣刀工程图的自动设计系统

Automatic Designing System of Indexable Surface Milling Cutter of Engineering Graphics

面铣刀三维应力场有限元分析及模糊综合评判

3D Stress Field Analysis and Fuzzy Comprehensive Evaluation for Milling Cutter

可转位面铣刀CAD/CAM中的特征造型技术

Feature Design Technology in Indexable Face Milling Cutter CAD / CAM

不重磨硬质合金面铣刀光秃的（严重磨损的）轮胎

Throw-away face cutter bald ( ie badly worn ) tyres

面铣刀切入方式的判别式推导

Estmation Formula Deduction of Face Milling Cutter Cut-in Manner

高速面铣刀安全性的研究

Research on the Safety of High-speed Face Milling Cutter

开发设计了组合式、整体式两类高速可转位面铣刀产品。

Two types of indexing milling cutter has been designed by the author .

基于知识的高速面铣刀设计技术研究

Research on Design Technology of High Speed Face Milling Cutter Based on Knowledge

硬质合金可转位密齿面铣刀

Carbide face-milling cutter with indexable insert for fine tooth

端铣刀和侧面铣刀磨床不重磨硬质合金面铣刀

End mill gashing and radius grinder throw-away face cutter

模块式面铣刀合理几何参数试验研究

The Test Study of the Reasonable Geometrical Parameters for Mold Block Face Milling Cutter

面铣刀铣削过程粘结破损机理的研究

Research on Sticking Failure Mechanism in Milling Process

机夹可转位面铣刀的三维实体及二维图自动设计系统

Automatic Designing System of Engineering Graphics and 3D Entity of Indexable Surface Milling Cutter

但是对铣削力的研究大多是针对平前刀面铣刀片而进行的。

But these researches are almost about milling force of the flat rake milling inserts .

复杂槽型铣刀片具有优于平前刀面铣刀片的切削性能。

Milling insert with complex groove has better cutting performance than insert with plane face .

特种回转面铣刀螺旋槽的数控磨削模型及仿真

NC grinding model and computer simulation of helical groove of end mills with special rotary surface

重型硬质合金套式面铣刀

Heavy-duty carbide shell face milling cutter

可转位90°面铣刀

90 indexable face milling cutter