Tribological Properties of Fine Weave Pierced Carbon Fiber Fabric Reinforced Copper Composites under Electric Current
载流条件下碳纤维细编穿刺织物增强铜复合材料摩擦磨损性能研究

Low pressure aided molten infiltration has been successfully used to fabricate fine weave pierced carbon fiber fabric reinforced copper(3D-Cf/Cu) composites. The tribological characteristic of this 3D-Cf/Cu composites was investigated under various current values. The results indicated that oxidative wear occurred on the worn surface of composites due to the effect of electric arc. At fixed sliding velocity and normal load, friction coefficient of composites decreasesd while the wear rate increased with increasing current value. Moreover, tribological properties of the 3D-Cf/Cu composites were better than that of copper under the same condition.