铣削加工

三轴数控铣削加工中心仿真系统

Simulation System of Three-axis NC Milling Machining Center

研究和实现了三轴数控铣削加工图形仿真过程的快速显示算法。

A fast display algorithm for 3-axis NC milling machining graphical simulation is researched and realized .

Al/SiCp复合材料铣削加工损伤形貌与分析

Surface Observation and Analysis of the Milling Damage of Al / SiC_p Composites

基于MATLAB仿真的木材铣削加工模糊控制系统的研究

The Wood Milling Processing Fuzzy Control System Based on MATLAB Language Simulation

基于MASTERCAM的数控铣削加工刀具路径优化

The Optimization of Cutter Path in NC Milling Processes Based on Master CAM

NC铣削加工过程的仿真及其实现

Simulation and Realization of the NC Milling Machining Process

利用Visualc++6.0与OpenGL实现数控铣削加工仿真

Realizing NC Milling Machining Simulation by Visual C + + 6.0 and OpenGL

采用Nd∶YAG脉冲激光器对大理石进行铣削加工试验。

Experiments of laser milling were done on marble with YAG laser .

NC铣削加工的计算机三维仿真系统

3D Simulation System for NC Milling

同时也为铣削加工SiC工程陶瓷奠定了基础。

At the same time , it also lays the foundation for further milling of SiC engineering ceramics .

本文在分析闭环铣削加工控制系统的不确定性的基础上，论述了PID控制的原理，讨论了PID参数对其控制性能的影响。

Principle of PID control is discussed , and the effect of PID parameters on the performance of PID controller is analysised .

基于STL模型的铣削加工仿真算法

The Algorithm of Milling Simulation Based on STL Models

基于ANFIS的铝合金铣削加工表面粗糙度预测模型研究

Prediction of Surface Roughness of Milling Aluminium Alloy Based on ANFIS

论文分析了UG系统提供的各种铣削加工类型的特点，分析了数控加工程序生成的方法与过程。

The thesis analyzes the feature and method of different milling manufacturing type provided by UG and the process of generating NC programs .

加工实验表明采用进化神经网络可以较准确预测出电火花铣削加工工具损耗，所提出的进化算法是有效的，预测结果较标准BP神经网络高。

Experiments show that the evolutionary artificial neural network is efficient to predict tool wear in electrical discharge milling machining and the prediction results are better than the standard BP neural networks .

本文针对电火花铣削加工时变非线性的特点，采用径向基函数（简称RBF）网络构筑了电火花铣削加工电极损耗预测模型。

According to the nonlinear characteristics with time varying of ED MILLING , an electrode wear prediction model using RBF network was established in this paper .

z≤41齿形设计比较复杂，小齿数的齿轮铣削加工又有根切。

The part of z ≤ 41 is comparatively complex , and it has the cutting tooth profile which is of the fewness tooth in processing by milling machine .

文章简要介绍了一个B样条曲面计算机辅助设计与三坐标数控铣削加工程序系统的设计基本思想和方法，分析闸述了在五坐标数控铣床上加工B样条曲面的原理和方法。

This paper has introduced the primary idea and method in program system design for computer aided design and machining of B-Splines surfaces . The principle and method of B-Splines surfaces machining on 5-axis NC-mill-ing machine are also analyzed .

NOMEX蜂窝芯高速铣削加工工艺的优化

Optimization of High-speed Milling Prosess for NOMEX Honeycomb

基于Nyquist稳定性理论，实现了铣削加工过程的颤振稳定域的仿真计算。

Accord with the stability theory proposed by Nyquist , the simulation of chatter stability in milling process is achieved .

对NC铣削加工图形验证中刀具及其扫描体进行分析，给出了直线插补及圆弧插补时常用刀具的扫描体的正则化造型方法及求交算法，并用扫描体包围体进行求交局部化。

This paper proposed a regularized modeling method for common milling cutter 's swept volume of linear and arc interpolation in NC program verification , and localization of intersection calculation with swept volume envelope .

利用Matlab仿真工具箱建立集成化的动态仿真模型，并对动态切削过程进行仿真。其次，结合不同加工参数对微铣削加工进行仿真。

Establish integrated dynamic simulation model based on Matlab / simulink , and carry on the cutting dynamic process simulation . Second , carry on the cutting dynamic process simulation with different cutting parameters on the micro-milling .

这里研究了一种具有Z轴、A轴、B轴运动的3-PRS并联机构，使其可以作为一个部件完成复杂曲面铣削加工，且能够完成立式卧式加工。

A 3-PRS parallel mechanism with Z , A and B motions is studied in this paper , which can finish complicate curved surface milling and vertical and horizontal machining .

球面类三维曲面铣削加工，许多人认为只有使用CAM软件进行自动编程方可实现，实际上只要充分利用SIEMENS（西门子）802D数控系统的R参数和条件转移指令，可以方便地实现球面的铣削手工编程。

In fact , the three-dimentional surface like sphere can be milled not only by programming with CAM software , but also can be done expediently by programming manually based on R-parameter and conditional transfer instruction of SIEMENS 802D NC system .

基于BP-RAGA神经网络的铣削加工切削参数智能决策研究

Study on Neural Network Based on BP-RAGA of Intelligent Choice of Machining Parameter for Milling Operation

为了解决NOMEX蜂窝芯高速铣削加工过程中固持可靠性差和加工效率低以及加工表面质量差的问题，提出一种新的基于强磁场和摩擦学原理的蜂窝芯高速加工固持方法。

To solve the problems of fixturing reliability , low machining efficiency and machining surface integrity , a new fixturing method of NOMEX honeycomb machining , based on the strong magnetic and principle of friction , was presented .

使用K10硬质合金铣刀，在不使用冷却液的条件下，对Al2024/SiCp复合材料进行铣削加工实验，研究切削参数和颗粒尺寸对表面质量、切削力、刀具磨损的影响。

K10 cutting tools are employed to mill the Al2024 / SiCp composites without cooling fluid in the experiments . The influences of cutting parameters and particle size on surface quality , cutting forces and wear are studied .

作者根据三轴数控铣削加工的特点，引入改进的Z-MAP方法对工件进行几何表示，并研究不同刀具类型切削段扫掠面的生成与工件模型切削计算的方法。

Based on the feature of Z-MAP model and the 3-axis milling NC machining , a enhanced Z-MAP method is introduce to represent the workpiece , and formation of different cutter sweep plane together with calculation of workpiece model cutter is studied .

立式铣削加工中心立柱结构拓扑优化设计

Topology Optimization of a Column Model of the Vertical Milling Center

铣削加工过程稳定性计算机仿真及实验研究

Computerized Simulation and Experimental Study on the Stability of Milling Processes