Abstract
In this paper, the effects of the type of chuck and chucking conditions on the stability threshold and on the chatter mark in turning were investigated experimentally. The results obtained are as follows. (1) The type of chuck and chucking conditions have considerable effects on the chatter vibration. (2) The stability limit of chatter vibration represented by the critical overhang length is in good agreement with the result of exciting test on the chuck-workpiece system. (3) The damping ability of the chuck-workpiece system has a large effect on the chatter mark; the magnitude of the chatter mark decreases with an increasing damping of the system.
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