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Friction and wear properties of PM cam materials with different boron contents
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作者 Rui Wang Lin-Shan Wang +5 位作者 Xue-Bing Liang Wang Zhang Yan-Ru Mu Jing-Jie Xu Li-Min Wang Shao-Ming Zhang 《Rare Metals》 SCIE EI CAS CSCD 2023年第12期4255-4263,共9页
In this study,effects of B addition on the sintering densification,microstructure,hardness,friction and wear properties of sintered Fe-2.4C-4Cr-1Mo-0.5P-0.7Si-2.5Cu(in wt%)were investigated.In spite of the decreased s... In this study,effects of B addition on the sintering densification,microstructure,hardness,friction and wear properties of sintered Fe-2.4C-4Cr-1Mo-0.5P-0.7Si-2.5Cu(in wt%)were investigated.In spite of the decreased sintered density,the addition of B changes the phase composition of the materials and their ratio.Moreover,hardness of either the matrix or the liquid solidification structure dramatically increases.These changes in micro structure result in higher friction coefficient and lower wear loss.It is observed that the addition of0.1 wt%B offers the optimum friction and wear properties with a running-in period of only 30 s and wear volume loss of 0.006 mm^(3) under the testing conditions.Such friction and wear properties are superior to those of the other two widely used cam materials,cast iron and 45 steel. 展开更多
关键词 Boron addition Friction and wear property cam material MICROSTRUCTURE Wear mechanism
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