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Analysis of the Material Behavior of Cemented Carbides (WC-Co) in Grinding by Single Grain Cutting Tests

机译:用单晶切削试验分析硬质合金(WC-Co)的材料性能

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When grinding multi-phase, brittle materials like cemented carbides consisting of a soft binder matrix (Co) and hard grains (WC), a transition from brittle to ductile regime grinding has been proven scientifically. The phase fractions and the mesostructure of these materials have a significant impact on the material behavior. Especially the impact of the phase fractions and the mesostructure on the grindability should be investigated in more detail. This paper presents a method to analyze the material behavior systematically, in particular the transition from ductile to brittle regime grinding, for various cemented carbide compositions by single grain cutting tests based on the critical chip thickness h cu,crit . The results of this research can be used for a more efficient grinding process layout.
机译:当研磨多相,脆性材料(例如由软粘合剂基体(Co)和硬质颗粒(WC)组成的硬质合金)时,已经从科学上证明了从脆性到延性磨削的过渡。这些材料的相分数和介观结构对材料的性能有重大影响。尤其应该更详细地研究相分数和介观结构对可磨性的影响。本文提出了一种基于临界切屑厚度h cu,crit的单晶粒度切削系统分析各种硬质合金成分的材料性能的方法,特别是从延性磨到脆性状态的转变。这项研究的结果可用于更有效的研磨工艺布局。

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