Abstract
In driven rotary cutting, adhesions sometimes occur on the tool, causing increased wear. The influences of the coolant supplying method on adhesion and wear was investigated, because how easily adhesions can occur depends on the cutting temperature. Results showed that in a circumferential velocity ratio of 1.0, there is no adhesion on the tool after cutting. In a circumferential velocity ratio of 2.0, adhesion occurred with overcooling of the flood coolant, and wear increased by adhesions to the rotating tool.
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