1.
Three-dimensional numerical simulation of the cutting fluid in deep hole trepanning based on CAXA and FLUENT
基于CAXA和FLUENT的深孔套料切削液流动三维数值模拟
2.
REFACING STONE MUST NOT CUT VALVE SHROUD
重新研磨的石料一定不要切削汽门管套
3.
The cutting tool must be harder than the material to be cut.
切削刀具必须比要切削的材料硬。
4.
machining of difficult-to-cut metals
难加工金属材料的切削
5.
cutting power per unit material removal rate
单位材料切除率的切削功率
6.
PREDICTION OF THE CUTTING FORCE IN END MILLING OF DIFFICULT-TO-MACHINE MATERIAL POCKETS
难加工材料型腔圆角数控铣削的切削力预测
7.
Effect of Casting Process and Alloying Elements on Cutting Performance of Cylinder Sleeve
铸造工艺及合金元素对气缸套切削性能的影响
8.
abrasive for cutting and grinding wheels
切削工具和砂轮用研磨料
9.
The Experimental Research of Using Low Temperature Cool-air to Process Hard-cutting Materials;
低温冷风加工难切削材料的实验研究
10.
Research on the Cutting Force Testing System of HEM;
高能材料（HEM）切削力测试系统的研制
11.
Research of Mechanism on the High-Speed-Cutting of Al-SiCp As-cast Metal Matrix Composites;
SiCp/Al复合材料的高速切削机理研究
12.
Expansion of Notch-crack Tip in Cutting Brittle Materials
脆硬材料切削加工中的缺口裂纹扩展
13.
Cutting-machinability Study of VC_P/Fe In-situ Composite
原位VC_P/Fe复合材料的切削加工性研究
14.
A Novel Technique to Manufacture Nanostructured Materials by Machining
制造纳米材料的新颖方法——切削(英文)
15.
Study and Practice of Difficulty Processing Materials
难加工材料的切削加工性研究与实践
16.
Tool Material Selection in High-speed Machining
高速切削加工中刀具材料的合理选择
17.
Dynamics and Experiment Research of Hole Making Process by Helical Milling on Difficult Machining Materials
难切削加工材料螺旋铣孔切削动力学及其试验研究
18.
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。