1.
ANALYTICAL THEORY AND COMPUTATIONAL METHOD OF CONTACT AREA AND CUTTING VOLUME OF PDC BIT CUTTERS
PDC钻头切削齿工作区域及切削量的分析理论和计算方法
2.
However, the rate of metal removal is very small, which limits the use of lasers to hole drilling and cutting operations in relatively thin materials.
不过,由于金属切削量很少,使得激光切削的应用局限于钻孔和较薄材料的切削。
3.
Effects of Milling Parameters for Bamboo on Its Milling Qualities and Unit Cutting Work
铣削参数对竹材铣削质量与单位切削功的影响
4.
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
5.
Research on optimization of cutter parameter and cutting specifications to high-chromium cast iron machining
高铬铸铁切削中刀具及切削用量优化研究
6.
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
7.
Study on Cutting Force and Quality of the Sliced Veneer Used in Laminated Veneer Lumber;
LVL用刨切单板切削力与质量研究
8.
Study on Cutting Parameter Optimization Based on NC Turning Simulation;
基于数控车削加工仿真的切削用量优化研究
9.
Permeability of Cutting Fluid in Minimum Quantity Lubrication Precision Turning
最小量润滑精密车削中切削液的渗透性
10.
Development of Data Acquisition and Processing System for Cutting Force and Cutting Temperature Measurement;
切削力与切削温度测量的数据采集处理系统的研制
11.
Digital Simulation of Metal-Cutting Process on Cermet Cutter & Optimization of Geometrical and Cutting Parameters;
金属陶瓷刀具切削过程的数字模拟及几何结构、切削用量参数优化
12.
The Model and Analysis Between Cutting Paratemers and Cutting Power on Low-power CNC Minlling Machine
小功率数控铣床切削用量对切削功率影响的建模分析
13.
Study on the Cutting Force of Austenitic Stainless Steel Under the Condition of Dry Cutting and Minimum Quantity Lubrication
奥氏体不锈钢在干切削和微量润滑条件下的切削力的研究
14.
Optimization in cutting factor based on the model of cutting force of the high speed NC gear milling machine tools
基于数控高速铣齿机切削力模型的切削用量优化
15.
Metal-cutting machine tools--Measurement method for vibration
GB/T16768-1997金属切削机床振动测量方法
16.
The energy source for laser beam machining is a highly concentrated beam of light.
激光切削的能量来源于一束高聚焦光。
17.
a power tool for smoothing or shaping wood.
用来切削木材的能量工具。
18.
Study on the 3D Micro-topographical Measurement of the Fiber-reinforced Resin Matrix Composites' Cutting Surfaces;
FRRMC切削表面三维微观形貌测量的研究