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Stability criteria and break out of grains of super-hard of grinding tools

机译:稳定性标准和超硬磨粒的磨粒

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Failure of grinding tools may be the result of the continual wear, although their productivity can also be loosen due to hack, fracture, break out of grains from bond or other causes, so generally because of breakage. The productivity of the honing, grinding tools and other tools with bound grains (regulating rollers, band grinders, etc.) depends significantly on the cutting productivity of the active grains. The cutting productivity - beside other factors - depends also on the clamping stability of the grains into the binding material. The quantity and direction of the force that is necessary for the individual grains to break out of the binding material should be examined. The objective of the research summarized in the paper is to outline the process of fracture and its mechanical criteria. In this paper the new results, obtained so far, will be presented.
机译:磨具的故障可能是持续磨损的结果,尽管由于劈裂,破裂,由于粘结或其他原因导致的晶粒破裂(通常是由于破裂)也可能导致其生产率下降。带有结合颗粒的珩磨,磨削工具和其他工具(调节辊,带式研磨机等)的生产率在很大程度上取决于活性颗粒的切割生产率。除其他因素外,切割效率还取决于晶粒在粘合材料中的夹持稳定性。应该检查各个晶粒从粘结材料中脱出所需的力的大小和方向。本文概述的研究目的是概述断裂过程及其力学指标。本文将介绍到目前为止获得的新结果。

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