1.
Micro-mechanism and Control of Elastic-plastic Contact and Wear for Extrusion Forming Process;
挤压成形弹—塑性接触磨损微观机理及磨损控制
2.
The Profile Control of CSP and the Study on Roll Wear Model;
CSP板形控制及工作辊磨损模型研究
3.
Starting Control and Wear Compensation of Automatic Mechanical Transmission;
电控机械式自动变速汽车起步控制与磨损补偿
4.
Research on the Contamination Wear and Its Control of Slipper Pairs in Hydraulic Piston Pumps;
海水泵滑靴副污染磨损及控制方法研究
5.
The Flatness Control and Workroll Wear Exploration of Hanstell CSP the Skinpass and Dividing Line
邯钢CSP厂平整线板形控制及工作辊磨损研究
6.
Generation and Control on Surface/subsurface Damage in Advanced Ceramics Grinding
工程陶瓷磨削表面/亚表面损伤的产生及其控制
7.
Under the condition of boundary lubrication,adhere wear mechanism and abrasive grain wear mechanism do the business at the same time.
在边界润滑条件下,镀层的磨损机制为粘着磨损与磨粒磨损并存.
8.
This control requires knowledge of attrition kinetics and cyclone effectiveness.
这种控制要求颗粒磨损动力学和旋风分离器效率的知识。
9.
Wear Failure Analysis and Its Control of CA6DF2L-30 Diesel Engine Flywheel by Experimental and Finite Element Method;
CA6DF2L-30型柴油机飞轮磨损失效的实验与有限元分析及其控制
10.
Research on the Forming Process Simulation and Die Wear of Semi-Hot Temperature Range
亚热控制成形过程模拟及模具磨损关键技术研究
11.
RESEARCH ON A MATHEMATICAL MODEL OF DEEP-WELL DRILLING PROCESS CONTROL BASED ON WEARING FUNCTION OF DRILL BIT
基于钻头磨损函数的深井钻进过程控制数学模型的研究
12.
INFLUENCE OF WORK ROLL'S WEAR ON QUALITY OF STRIP STEEL AND ITS CONTROL
CSP热板带轧机工作辊磨损对带钢质量的影响与控制
13.
The wear mechanism of stainless steel against copper based sintered alloy is mainly attributed to adhesion,abrasion and oxidation.
不锈钢/铜基烧结合金材料的磨损机制主要是粘着磨损及氧化磨损。
14.
testing method for abrasion resistance of textile fabrics: uniform abrasion method
织物耐磨性试验方法：制服磨损法
15.
Grinding Force with Adaptive Control of CNC Cams Grinder;
数控凸轮磨床磨削力适应控制的研究
16.
Study Abrasive Tester and Effect of Loads on High Chromium Cast Iron;
磨损试验机的研制及载荷对高铬铸铁磨损研究
17.
This is a control unit that analyzes the figures and logs other important data such as the brake′s degree of wear.
控制中心是一个分析参数并记录如制动盘磨损程度等重要数据的控制器。
18.
A Study on Impact Abrasive Wear Resistance and Wear Mechanism of Fe-B-C Alloys
Fe-B-C合金冲击磨料磨损性能及磨损机制的研究