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1·Having good extreme pressure and anti fretting wear.

具有良好的极压性及抗微动磨损性。

2·The main fretting wear mechanism is abrasive wear and adhesion wear.

磨损机理主要为粘着磨损和磨粒磨损。

3·Fretting wear behavior of K417 nickel base superalloy was investigated.

研究了K417镍基高温合金的微动磨损行为。

4·Methods Conducting a fretting wear experiment system with a dried thigh bone and titanium alloy.

方法用干燥股骨和钛合金构造成微动实验系统进行实验研究。

5·The model provides a new approach for alleviating fretting wear and enhancing the reliability of hub bearings.

该模型为减缓轮毂轴承微动磨损程度和提高轴承可靠性提供了新的途径。

6·The fretting wear properties of the composite coating was investigated and compared with that of steel substrate.

考察了该复合镀层微动磨损性能，并与基体微动磨损性能进行了比较。

7·Fretting wear and its induced fatigue and fracture of wires was one of the major failure modes of the hoisting ropes.

钢丝间的微动磨损以及由此引起的钢丝的疲劳断裂是提升钢丝绳失效的主要原因之一。

8·The point contact hoisting rope was taken as an studied example and a model for the fretting wear of steel wires was developed.

以点接触式提升钢丝绳为研究对象，在实验室建立了钢丝绳中钢丝的微动磨损模型。

9·Fretting wear and fretting fatigue of steel wires in steel ropes have been identified as a major cause of reducing the life of the rope.

钢丝绳内部钢丝的微动磨损和微动疲劳是造成钢缆寿命降低的主要原因之一。

10·The impacting force between tube and support plate is one of the parameters which plays a vital role in the prediction of tube fretting wear rate.

影响管子磨损的因素很多，关键参数之一是管子一支承板间的碰撞力。