Stability analysis of cutting process using of flexible model in ADAMS

This paper deals with a stability analysis of a cutting process in the manufacturing sector. High performance systems are desired with fast machine tools that can reduce machining time while still maintaining and possibly improving machining accuracy. Manufacturers are now turning to advanced software simulation packages which can accurately predict the dynamic behavior of their prototype designs without physically building any parts, hence saving development time. The global manufacturing sector drives companies to produce products which are on the border of technical feasibility.