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Mechanical properties of surface layer of cutting elements from polycrystalline superhard composites based on cubic boron nitride

机译:基于立方氮化硼的多晶超硬复合材料切削元件表面层的力学性能

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Abstract. It was proposed to evaluate the parameters of surface layer’s mechanical properties of the working elements of the cutting tools from polycrystalline superhard composites based on cubic boron nitride on the basis of the results of scratch tests. The?theoretical rationale of the method was represented and the thermodynamical indicators of mechanical properties of surface layer?(the value of the activation barrier of the entropy production start and its production ability when dozed impact was applied) were?considered. There were showed the results of the experimental researches of the working capability of the cutting tools from?superhard composites, obtained then machining the hardened steels which affirm the theoretical calculation.
机译:抽象。提出了基于划痕试验的结果,对基于立方氮化硼的多晶超硬复合材料的切削刀具的工作元件的表面层机械性能参数进行评估。阐述了该方法的理论原理,并考虑了表面层力学性能的热力学指标(熵产生开始的活化势垒值及其施加一定冲击时的产生能力)。结果表明,对超硬复合材料切削刀具的加工性能进行了实验研究,得到了对淬硬钢进行加工后得到的理论计算结果。

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