STUDY OF THE ROUND CUTTING INSERT WEAR IN MACHINING WITH SIMULTANEOUSLY ROTATING TOOL AND WORKPIECE

Dimka VASILEVA, Tanya AVRAMOVA

Abstract


The dynamics of mechanical engineering industry development requires manufacture of products from hard and difficult-to-machine materials. This requires engineers to be flexible and to use non-standard solutions such as the application of unconventional cutting schemes for such materials. When machining difficult-to-machine materials, cutting tools are subjected to intense mechanical and thermal loads, which lead to progressive wear and reduced tool life. The paper presents a wear study of a round cutting insert when processing hard material with a simultaneously rotating tool and workpiece. An analysis of wear type occurring during processing of difficult-to-machine materials when applying unconventional cutting scheme is made and the obtained results from measuring the magnitude of wear and the mechanism of wear are presented and analyzed.


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