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The wear characteristics of the carbide cutting tools in cutting carbon steel (S 45 C) and alloy steel (SCM 3) with various heat treatment are analysed, as well as cutting mechanism and cutting temperature are experimentally measured. It is found that the increase of the hardness of work material increases of the cutting force and cutting temperature with a rather low rate, while it increases the wear rate of the carbide cutting tools with a considerably high wear rate. These experimental results are summarized as that the specific wear rates of the carbide cutting tools are expressed as a single function of cutting temperature in the case of various heat treatment of work material, widely change of cutting condition and different work materials.

The Effect of Heat Treatment of Work Materials on the Wear Characteristics of the Carbide Cutting Tools