1.
Study on CNC High Speed Profile Grinding New Process of Nitrided Crankshaft of Big Power
大功率氮化曲轴数控高速成形磨削新工艺
2.
The rapid pumping action of the tool hurls the abrasive particles at the workpiece at high velocity, thus grinding the workpiece to the shape of the tool.
刀具的快速泵射带动磨粒高速喷向工件,从而把工件磨削成为刀具的形状。
3.
Investigation on the Characteristics and Formation Mechanisms of Grinding Force and Energy in High Efficiency Deep Grinding for Advanced Ceramics;
工程陶瓷高效深磨磨削力和磨削能的特征及形成机理研究
4.
Finite Element Simulation of Chip Formation in High Speed Cutting of Ti6Al4V Alloy;
高速切削Ti6Al4V切屑形成仿真研究
5.
Adiabatic Shear Bands of 4Cr5MoSiV1 Steel Formed by High Speed Cutting
高速切削4Cr5MoSiV1钢形成的绝热剪切带
6.
Fluid Injection Method in Super High Speed Point Grinding
超高速点磨削工艺磨削液的注入方式研究
7.
Tungsten steel (hard alloy) forming machining: tungsten forming grinding,cylindrical grinding.
钨钢（硬质合金）成形加工：钨钢成型磨削、外园磨削.
8.
Tungsten steel( hard alloy) forming machining: tungsten forming grinding, cylindrical grinding.
★ 钨钢（质合金）形加工：钨钢成型磨削、园磨削.
9.
Wear Formand Breakage Mechanism of Diamond Coated Cutter During High-speed Milling Graphite
金刚石涂层刀具高速铣削石墨的磨损形态与破损机理
10.
FE SIMULATION OF CHIP FORMATION DURING HIGH SPEED MACHINING BASED ON ABAQUS
基于ABAQUS的高速切削切屑形成过程的有限元模拟
11.
Form mechanism of cutting chip analysis of aluminum alloy in high speed cutting
铝合金高速铣削过程切屑成形机制研究
12.
EXPERIMENTAL RESEARCH OF CHIP FORMATION MECHANISM DURING HIGH SPEED MACHINING HARDENED STEEL
高速切削30CrNi3MoV淬硬钢切屑形成机理的试验研究
13.
Study on the Tool Wear Mechanism and Tool Life for High-Speed Milling Titanium Alloy Ti6Al4V
高速铣削钛合金Ti6Al4V的刀具磨损研究
14.
High Speed Grinding with CBN Grit Wheel for Camshaft Manufacturing of Engine
发动机曲轴凸轮轴CBN高速磨削加工
15.
Test Modal Analysis of High Speed Magnetic Suspension Grinding Spindle
高速磁悬浮磨削主轴的试验模态分析
16.
Drilling and forming mechanisms of ground surfaces in engineering ceramics
工程陶瓷的磨削钻孔及表面形成机理
17.
Study on the Effects of Grinding Temprature on the Mechanism of White Layer Formation in Grinding of Quench Bearing Steal
淬硬轴承钢磨削温度对磨削白层形成机理影响的研究
18.
The Residual Stress Affected by Machining Velocity in Super-high Point-grinding
超高速点磨削中切削速度对工件残余应力的影响