HIGH-SPEED COUPLING EFFECT ON STATIC STABILITY OF DYNAMIC CUTTING SYSTEM

Abstract

The problem of buckling failure of the dynamic cutting system is considered. The retarded argument effect formed in the tool-to-workpiece cutting force dependencies on the elastic deformational displacement is mainly focused. Some buckling mechanisms are revealed. The stability zones within the variable parameters that characterize the retarded arguments are analyzed.

Keywords

• cutting operation
• stability
• high-speed coupling.