The correlation between microstructure,mechanical and tribological propertiesin the alloys of Co-Cr protectors with microadditives Mo and W

Joanna Augustyn-Nadzieja, Łukasz Frocisz, Piotr Matusiewicz
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引用次数: 0

Abstract

The paper presents the results of tests of tribological wear of two Co-Cr-Mo alloys (Wironit LA) andCo-Cr-Mo-W (Colado CC) used to make skeletal prostheses, combined works, implants and metalframeworks for ceramics. The test samples were centrifugally cast using the lost wax method and subjected tohardness measurements, microscopic observations, and a quantitative description of the microstructure. SEMexaminations and EDS analysis of micro-areas on dendritic arms and interdendritic areas were performedtogether. The abrasive wear resistance tests with the use of a T-05 tester in the friction system roller-blockwere conducted in a dry sliding contact under the conditions of a metal-metal contact with the load of 100 Nand for two friction paths, 500 and 1000 m.
研究了添加微量Mo和W的Co-Cr保护剂的显微组织、力学性能和摩擦学性能的关系
本文介绍了两种Co-Cr-Mo合金(Wironit LA)和Co-Cr-Mo- w (Colado CC)的摩擦学磨损试验结果,这些合金用于制造骨骼假体、组合制品、植入物和陶瓷金属框架。测试样品使用失蜡法离心铸造,并进行硬度测量,显微观察和微观结构的定量描述。同时进行了枝晶臂和枝晶间微区sem检查和能谱分析。采用T-05型磨料磨耗试验机,在100 Nand载荷的金属-金属接触条件下,对500和1000 m两个摩擦路径进行了摩擦系统滚子块的磨料耐磨性试验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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