Abstract
The influence of the cutting speed (400–2000 m min −1) on the behaviour of the metal ahead of an abrasive tool face was investigated by microscopic observation of cross sections of the groove after rapid freezing of the cutting process. It was found that the position of the stagnant tip and the shape of the stagnant region of material produced ahead of the tool face varied with the cutting speed. The size of chip formed by an abrasive tool varied with cutting speed and this affected the metal removal rate of a grit.
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