Friction and wear behavior of TiC particle reinforced ZA43 matrix composites

被引：0
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作者：
机构：
[1] Xie, X.Q.
[2] Zhang, D.
[3] Liu, J.S.
[4] Wu, R.J.
来源：
Xie, X.Q. | 2001年 / Allerton Press Inc.卷 / 11期
关键词：
Aluminum alloys - Friction - Metallic matrix composites - Reinforcement - Titanium carbide - Wear resistance;
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摘要：
TiC/ZA43 composites were fabricated by XDTM and sitting-casting techniques. The tribology properties of the unreinforced ZA43 alloy and the composites were studied by using a block-on-ring apparatus. Experimental results show that the incorporation of TiC particles improves the microstructure of ZA43 matrix alloy. The coefficient of Friction μ and the width of worn groove decrease with the increase of TiC volume fraction φ (TiC). The width of worn groove and μ of the composite during wear testing increase with obvious adhesion phenomenon, whereas TiC/ZA43 composites have smooth worn surface. Delamination formation is related to the fatigue cracks and the shear cracks on the surface.
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