REVERSIBLE ENGINEERING OF DIAMOND-ABRASIVE TOOL WITH WORKING LAYER OBTAINED IN THE FORM OF CLUSTERS
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- TITLE: REVERSIBLE ENGINEERING OF DIAMOND-ABRASIVE TOOL WITH WORKING LAYER OBTAINED IN THE FORM OF CLUSTERS
- ABSTRACT: The paper considers the approach to increase the reliability of the tool based on the analysis of differences in the interaction of tool surfaces individual areas in the implementation of processing. To ensure that the properties of the surface clusters correspond to the conditions of the tool further operation, it is proposed to perform reversible engineering, which is based on the principle of tool wear analysis during its operation. To this end, a methodology for reengineering a diamond-abrasive tool with a clustered working layer has been developed. The scheme of the tool quality initial indicators formation is constructed. Efficiency evaluation of the tool surface modification on a functional basis was performed on the basis of microcutting phenomena modeling.The basic regularities of loadings change of a working surface parts and functional features of the tool working surfaces clusters are established on which requirements to parameters of a diamond layer are formulated. The efficiency of the tool surface modification on the functional basis is proved and the basic regularities of a diamond drill, a saw of the renovator, a diamond string work during material cutting like KIMF are defined.
- PAGES: 5-
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