1.
Research on Chip-Breaking Capability and Machining Chip-Breaking Predictive System with 3-D Complicated Grooved Inserts in Turning;
三维复杂断屑槽断屑性能及断屑预报系统研究
2.
Study on Chip Breaking Performance of Chip Breakers of Indexable Insert Most in Use
国产常用可转位刀片断屑槽断屑性能的研究
3.
Experiment to Improve Chip Breaking Performance of Drill Tip in Stainless Steel Drilling
不锈钢钻削中提高钻尖断屑性能的试验研究
4.
Study on the Chip-breaking Mechanism of Turning Inserts with 3-D Complex Groove at High Speed Cutting;
高速切削三维复杂槽型车刀片断屑性能的研究
5.
FEM Analysis on the Simulation of the Metal Cutting Process and Its Application in the Research of Chip Breakers;
金属切削过程仿真及其在断屑槽性能研究中的应用
6.
Dynamic Instability of Chips and Dynamic Mechanism of Chip Breaking
切屑的动态不稳定性与动力学断屑机理
7.
A Study On Oscillatory Feed Catting- One of reliable chip breaking methods applicable in cutting duct ile mater ials
振荡断屑研究——关于韧性材料可靠断屑方法研究之一
8.
Chip-Breaking Device utilizing Geared Linkages--two of reliable chip breaking methods applicable in cutting ductile material
齿轮—连杆式断屑装置——关于韧性材料可靠断屑方法研究之二
9.
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
10.
Testing Study on Reinforcement Rust Performance of Stone Chip Concrete
石屑混凝土的钢筋锈蚀性能试验研究
11.
The lathe tool can chip well by the method.
用这种方法和工具磨出的车刀能获得良好的断屑效果
12.
STUDY ON THE CHIP BREAKING LIMITING AND DISCRIMINANT OF TWO-DIMENTION CHIP BREAKING GROOVE
二维断屑槽的断屑界限及其判别式的研究
13.
Effect on Chip-breaking of the Geometric Parameters of Index-inserts Chip-breaking Groove
可转位刀片断屑槽几何参数对断屑的影响
14.
the theoretic analysis of the vibrating drilling theory, cutting tool characteristics as well as chip break characteristic is processed, key problems in appropriative cutting tools are discussed;
对振动切削的原理、刀具特点及断屑特性进行了系统的理论分析。
15.
Research on the Influence of Compound Admixture on Main Performance of Crushed Sand Concrete
复合外加剂对石屑混凝土主要性能的影响研究
16.
The Synthesis and Characterization of Superabsorbent Polymer Based on Pouce Cellulose
亚麻屑纤维素基土壤保水剂的制备及性能表征
17.
Performance of Super Water Absorbent and Retention Resin from Pouce Cellulose
利用亚麻屑纤维素制备高吸水保水树脂的性能
18.
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