1.
Detection and Characteristics of Heating Resistance of Cutting Zone in Electric Hot Machining
导电加热切削中切削区加热电阻的检测及特性
2.
Model of Heating Resistance of Shear Zone in Electric Hot Machining and Its Experiment Analysis
导电加热切削切削区加热电阻模型及试验分析
3.
Research of Electric Hot Machining to Improve Surface Quality;
利用导电加热切削改善已加工表面质量的研究(英文)
4.
Study of Characteristics of Tool Wear and Adaptability of Tool in Electric Hot Machining;
导电加热切削刀具磨损特性及刀具适应性的研究
5.
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
6.
Coupled Thermo-Mechanical Modelling and Experimental Research for Cutting Process;
切削加工热力耦合建模及其试验研究
7.
A is suitable for turning, milling, boring and grinding of hard metal such as heat resistant steel, high nickel steel and stainless steel.
A 极压切削液适合耐热钢、镍钢和不锈钢等高硬度材料的车削、削、孔、削等加工。
8.
The Research on Laser Assisted Cutting of Alumina Ceramics;
激光加热辅助切削Al_2O_3工程陶瓷材料的研究
9.
Theory and Experimental Investigation on Laser Hot-Assisted Machining Al_2O_3 Engineering Ceramics;
激光加热辅助切削Al_2O_3工程陶瓷理论与试验研究
10.
A major advantage of USM is that it can machine materials that cannot conduct electricity and which, therefore, cannot be machined by EDM or ECM.
USM的一个主要优点是切削不导电的材料,也就是EDM或ECM工艺不能加工的材料。
11.
The Research of the Temperatare Distribution BetWeen chip and Tool with Armoured Electric Thermo-Corple
铠装热电偶测量刀—屑接触区切削温度分布方法
12.
machine tool for working any material by removal of material, operated by electrodischarge processes
以放电处理对材料进行切削加工的机床
13.
Research of Wire-EDM-HS Turning Process
高速走丝电火花线切割车削加工的研究
14.
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
15.
Predicting Cutting Heat With C++Builder
基于C++Builder的切削热预测
16.
The ECM process can be used to machine any metal that conducts electricity, regardless of hardness.
ECM工艺可用来切削一切导电的金属,不论其硬度如何。
17.
It is capable of displaying temperature flexuous curve, calibrating thermocouple, establishing the cutting temperature exponential formulation and predicating the state of cutting.
该仪器具有显示温度波形曲线、热电偶标定、确定切削温度指数公式、判定切削状态的能力。
18.
As a tool cuts, high heat is developed as a result of compression and friction at the cutting edge of the tool.
当刀具进行切削时,刀具刃口处的压力和摩擦导致了高热。