铣削

框指令FRAME在数控铣削齿块中的应用

The use of FRAME commands in milling gear blocks on NC machine

内球面旋风铣削MASTERCAM的槽铣削加工

Whirlwind milling processing for internal spherical surface The Machining of Milling Key-way in Master CAM

基于小波包和EAR模型的铣削颤振特征提取和评价

Wavelet Packet and EAR Model Based Feature Extraction and Assessment of Chatter in Milling

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 .

Al2O3陶瓷激光铣削试验研究

Experimental Study of Laser Milling on Al_2O_3 Ceramics

论文最后利用OpenGL技术开发了一个铣削仿真系统。

Finally , a milling simulation system was developed using OpenGL technology .

以上述研究成果为基础，建立了基于Web的数控铣削动态仿真系统，实际使用效果良好。

According to the achievements above , a dynamic milling simulation system based on the web was presented and the practical effect is proved to be efficient .

数控铣削角度偏置ED功能的应用

Application of numerical control milling angle deflexion device ED function

文中建立R型去重铣削模型，并应用PRO/E软件对转子铣削去重进行仿真。

It has been established R milling model and using PRO / E software to simulation milling removal material of the rotor .

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 .

将微细铣削技术应用到了带三维微结构的惯性MEMS器件的加工中。

Micro Milling technology is used in the manufacturing of the inertial MEMS components with 3D micro structures .

采用中心复合试验设计，并分别利用响应曲面法和BP神经网络对铣削力系数建模。

By means of the central composite design experiments , the milling force coefficients are modeled by adopting the response surface method and BP neural network , respectively .

单点金刚石铣削KDP晶体实验研究

Research on SPDT Milling KDP Crystals Experiment

基于STEP-NC切入方式下高速铣削刀轨研究

Research on Tool-path of High Speed Milling Based on the Approaching Style of STEP-NC

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 .

通过研究系统相空间的Poincare截面和最大Lyapunov指数，对端铣铣削工艺中的混沌现象进行了研究。

Using the system 's phase portraits ' Poincare section and maximal Lyapunov exponent , chaos in end-milling system is investigated .

针对远程数控技术培训的需要，利用Java技术开发了基于Web环境下的数控铣削仿真系统，对其结构及关键技术进行了分析。

Aiming at the needs of long-distance numerical control technology training , Java is employed to exploit the numerical control milling simulation system based on the Web . The construction and the key technology are analyzed .

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 .

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 .

实际切削加工时，选用的切削参数过低，刀具磨损厉害是制约高效率和低成本铣削SY钢的重要因素。

The low cutting parameters and serious tool wear are key factors constraining the high-efficiency , low-cost while milling the SY steel .

但是，CFRP的导热性差、各向异性及层合结构等特点导致其在成形齿槽铣削的过程中容易出现铣削力过大、刀具磨损严重和加工质量难以保证等缺点，严重影响其推广应用。

But the low thermal conductivity , anisotropy and laminated structural lead to the high cutting force , tool wear seriously and bad machined surface quality when form milling the CFRP . This makes CFRP cannot be spread in the world .

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 .

聚晶立方氮化硼（PCBN）具有硬度高、耐磨性好、不易与铁族金属发生粘结等特点，广泛应用于难加工材料切削、高速铣削、硬切削等领域。

Polycrystalline Cubic Boron Nitride ( PCBN ), with the characteristics of high hardness , good wear resistance , difficult to iron group metal bonding , is widely used in cutting difficult materials , high-speed milling , hard cutting and other fields .

在工件Z-Map表示模型和刀刃离散点表示模型的基础上，针对球头铣刀铣削运动轨迹，提出了球头铣刀加工复杂曲面的表面形貌微观几何仿真算法。

The main research contents are as follows : According to the Z-Map model for workpiece and the discrete points model for cutter and the dynamic track of ball-end mills , an algorithm for micro-geometric simulation of sculptured surface machining with ball-end mill is presented .

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

应用传感器检测铣削过程中产生的声发射信号

Detecting of Acoustic Emission Signal in Milling Cutting Using Transducer Technique

铣削力模型的频域特性研究

Research on Characteristics of Frequency-domain of Cutting Force Model in Milling

球头铣刀铣削模式与切削性能的计算机辅助预报

Cutting Mode and Computer-aided Performance Predictive Model for Ball-End Milling Cutter

端铣削刀齿切出过程解析

Analysis of Cutting Out Course of the Face Milling Cutter Blade