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Erosive wear of advanced composites based on WC

机译:基于WC的高级复合材料的冲蚀磨损

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摘要

WC based and yttria stabilized zirconia doped (13 vol%) cermets with different metal binders (Co, Ni or Fe) have been successfully produced and tested for performance in erosive media (silica abrasive particles; particle velocity of 80 ms~(-1) and impact angles of 30° and 90°). An increase in fracture toughness and erosion resistance was shown to be influenced by tetragonal zirconia transformability. Wear performance of the newly developed cermets is found to be highly dependent on sintering conditions.
机译:已成功生产了具有不同金属粘合剂(Co,Ni或Fe)的WC基和氧化钇稳定的氧化锆掺杂(13%(体积))金属陶瓷,并已在侵蚀性介质(二氧化硅磨料颗粒;颗粒速度为80 ms〜(-1))中进行了性能测试。和30°和90°的冲击角)。断裂韧性和抗侵蚀性的增加显示出受四方氧化锆转化性的影响。发现新开发的金属陶瓷的磨损性能高度依赖于烧结条件。

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