Effect of cutting process on quality of anode oxide film of aluminium alloy;
切削加工对铝合金工件阳极氧化膜质量的影响
Research on Fuzzy Intellectual Control of Dimensional Accuracy in Cutting Process;
切削加工尺寸精度模糊智能控制的研究
The trend of development of cutting;
切削加工技术的发展趋势
Some key techniques such as material model,chip separation and damage criteria,friction conditions along the rake face/chip interface and heat generation in the finite element simulation of metal cutting process were discussed in details.
对切削加工有限元模拟中的关键技术,如材料模型,工件和切屑的分离、断裂准则,刀具、切屑间的接触摩擦模型以及切削热进行了探讨,针对这些关键技术建立了正交切削加工铝合金7050T7451有限元模型,对切屑形态、切削力、切削温度以及应力场和应变场等物理量的分布进行了有效预测。
Speed Machining is a importance trend of cutting.
高速切削加工是切削加工发展的一个重要方向,本文详介绍高速切削加工机理、特点、在国内外的发展和应用领域以及其发展趋势等。
The discussion of the means of improving the superficial quality of cutting machining;
提高切削加工表面质量方法的探讨
Optimizing Types Selection and Usage of the Index Cutting Tool in the Process of Cutting Machining;
浅谈切削加工可转位刀具的优化选型与使用
Then the research and applying situations of artificial neural networks on cutting machining were reviewed.
本文简要介绍了人工神经网络的特点，对人工神经网络在切削加工中的研究和应用现状进行了综述。
The present status of metal cutting and cutter technology at home are analyzed, and some suggestions about developing strategies are presented.
对国际先进制造技术研讨会 (ISAMT’2 0 0 1)暨中国高校切削与先进制造技术研究会第七届年会的有关论文进行了综合评述 ,分析了国内切削加工和刀具技术的现状 ,并对今后的发展策略提出了建
Metal cutting is a process with exceeding non-linear and heat-stress coupled.
切削加工是一个高度非线性、热-力耦合的过程,难加工材料的切削加工已经成为当前制造业发展的重要方向,也是国内外学者争相研究的热门领域之一。
Metal cutting, the conventional method of mechanical machining, develops toward high-speediness, high precision and automation.
切削加工是机械加工最基本的加工方法。
Cutting Process of 1Cr18Ni9Ti Stainless Steel
1Cr18Ni9Ti不锈钢的切削加工
The FEM Simulation of Cutting Force in Orthogonal Metal Cutting Process;
金属正交切削加工中切削力的有限元模拟
Effect of Cutting Speed and Feed Rate on UVC Hard Cutting
切削速度与进给量对UVC硬态切削加工的影响
Study and Practice of Difficulty Processing Materials
难加工材料的切削加工性研究与实践
Machinability analysis of Ti-6Al-4V alloy with PCBN tools in turning operations
PCBN刀具加工TC4钛合金的切削加工性
The Technology for Simulation of Chip Formation Process in Metal Cutting
金属切削加工切屑形成过程仿真技术
The Present Situation and Optimized Tendency of High-speed Cutting Processing
高速切削加工工艺的现状与优化趋势
Study on Cutting Process of Complex Shape of Microminiature Parts
复杂曲面微小零件切削加工工艺研究
Research on the Cutting Tool Technology in High-speed Milling
高速铣削刀具在高速切削加工中的应用
Cutting Force Modeling in Turning Based on Cutting Parameters in Face Cutting;
基于切削参数的端面加工切削力模型
relative machinability
相对切削性, 相对加工性
machining of difficult-to-cut metals
难加工金属材料的切削
Study on the Forming Principle of the Cutting Burr in Turning
车削加工中切削毛刺生成机理的研究
Identification of Cutter Breakage in Variable Cutting Parameters Milling;
变切削参数铣削加工中刀具破损辨识
Identification of Cutter Wear in Variable Cutting Parameters Milling;
变切削参数铣削加工中刀具磨损辨识
Analysis of Influences of Cutting Parameters on Cutting Heat During Machining Casting Aluminium Alloy
加工铸铝合金时切削用量对切削热的影响分析
High-speed Processing of Dry Cutting,Hard Cutting Tool Applications Technical Analysis
高速加工中干切削、硬切削刀具的应用技术分析
Dynamic Modeling, Simulation and Optimization of High Speed Milling under Complicated Cutting Conditions;
复杂切削条件高速铣削加工动力学建模、仿真与切削参数优化研究