1.
An Analysis of the Process of Axial Vibration Drilling and Chip Length
轴向振动钻削过程及其切屑长度分析
2.
Analysis of the Tool-Chip Contact Length and the Cutting Force in the Microcutting Applying the Slip-Line Theory;
基于滑移线理论的微切削刀—屑接触长度和切削力研究
3.
The Calculation of the Instaneous Thickness of Cutting Chip on the Shearer Helical Drum
采煤机螺旋滚筒瞬时切屑厚度的计算
4.
(2) Cutting speed influents chip dimension.
(2)切削速度对切屑形状的尺寸大小有影响。
5.
The Influence Analysis on Micro Orthogonal Turn-Milling Cutting Speed to Chip Formation;
微小型正交车铣切削速度对切屑变形影响分析
6.
Main grade for milling of steel and long-chipping iron materials.
对钢和长切屑的铁进行铣削的主要牌号。
7.
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
8.
Research on mechanism of chip formation in orthogonal turn-milling high strength steel
正交车铣高强度钢切屑形成机理的研究
9.
subfeldspathic lithic arenite
亚长石质岩屑砂屑岩
10.
Influence of the Speed of "Quick Stoppage" on Chip Deformation in Metal-Cutting Experiment
金属切削实验中快速落刀速度对切屑变形的影响
11.
Study on FE Simulation of Chip Formation and Temperature Field during High Speed Machining Hardened Steel;
高速切削淬硬钢切屑形成过程及温度场有限元模拟研究
12.
The effects of different cutting thickness on surface quality and slice quality are studied in this paper.
研究了不同切削厚度对竹材表面质量与屑片质量的影响。
13.
Predicting the up-curl chip breaking of three-dimensional groove inserts
三维槽型断屑上向卷曲切屑折断预报
14.
Operators should stand in safe positions to avoid scraps flying-out.
人站立位置应偏离切屑飞出方向，以免切屑伤人。
15.
CHIP?BREAKING BY FORCING CHIP DEFORMATION?TO REALIZE AUTOMATIC MACHINING
强化切屑变形实现自动化切削加工的断屑研究
16.
The investigation on chip deformation and cutting forces of BTA deep hole drilling
内排屑深孔钻削切屑变形与切削力实验研究
17.
The Influence of Cutting Element Dimension,Linear Speed and Bit Load Stabilization on Chip Grain-Size and Effect of Rock Failure
切削具的线性尺寸、线速度、轴载的稳定性对岩屑粒度和破岩效率的影响
18.
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