1.
Study on Coupling Relationship between Rolling Contact Fatigue and Wear of Wheel-Rail and Prevention Measures;
轮轨滚动接触疲劳与磨损耦合关系及预防措施研究
2.
Fatigue Wear Analysis of the Friction Couple of SiC and ZrO_2 Ceramics by Finite Element Method
SiC与ZrO_2摩擦副疲劳磨损的有限元分析
3.
The Fatigue Wear and Wear-resistance of EDM Layer of Cold Stamping Die
冷冲模电火花加工层的疲劳磨损与耐磨性
4.
Study on Coupling Relation between Rolling Fatigue Crack and Wear of Rail
钢轨滚动疲劳裂纹与磨损耦合关系研究
5.
The main wear mechanisms are adhesion, diffusion and fatigue.
磨损机理主要是粘结磨损、扩散磨损以及疲劳磨损。
6.
Contact Stress and Fatigue Wear Failure Analysis of Medium-sized CNG Engine Cam/Tappet;
中型CNG发动机凸轮/挺柱接触应力与疲劳磨损失效分析
7.
Impact Fatigue Resistance and Abrasiveness of Cross Rolled Medium Chromium Semi Steel for Grinding Ball
斜轧中铬半钢磨球的冲击疲劳和磨损性
8.
The bulk deformation, fatigue and plough were the major wearing mechanism.
结果表明:合金的主要磨损机制是体积塑性变形、沟效应和疲劳磨损。
9.
Contrast Study on Roller Friction and Wearing Conditional Fatigue Life;
轧辊材料摩擦磨损条件疲劳寿命的对比研究
10.
Fatigue abrasion Behavior of Laser Coating under Repeated Impact Load
激光熔覆厚涂层的多冲碰撞疲劳磨损行为
11.
SHORT CRACKS GROWTH AND FATIGUE DAMAGE UNDER TWO STEP LOADING
两级载荷作用下疲劳短裂纹扩展与疲劳损伤
12.
The Contact Fatigue and Wear Resistance of ADI
奥贝球墨铸铁的接触疲劳与耐磨性能
13.
These three kinds of debris indicate that the wear between liner and piston is a composite form of fatigue wear, adhesive wear and abrasive wear.
这三种磨屑的存在表明这对摩擦副间的磨损是疲劳磨损、粘着磨损及磨粒磨损等所形成的综合磨损。
14.
Study on Fatigue Property and Equation of High Performance Concrete with High Propertion Ground Blast Furnace Slag;
大掺量磨细矿渣高性能砼疲劳性能研究与疲劳方程的建立
15.
Research on Prediction of Damage Failure and Fatigue Life for Composite Bolted Joints;
层合板接头损伤失效与疲劳寿命研究
16.
Investigation of the Mechanical Properties and Fatigue Performance of Ultra Thin Friction Course
超薄沥青磨耗层力学特性与疲劳性能研究
17.
Study of Copper-matrix Friction Materials by Powder Metallurgy and Its High Temperature Fatique Wear Properties and Dynamic Behaviors;
铜基粉末冶金摩擦材料研制及其高温疲劳磨损和冲击性能研究
18.
Study Impact of Abrasion for the Fatigue Life of Shaft by the Analytical Hierarchy Process;
应用层次分析法研究磨损对轴类件疲劳寿命的影响