Industrial applications of science integrated machining approach

Abstract

Selection of appropriate cutting conditions is of great importance in order to achieve high productivity in metal cutting industry. For such a purpose virtual machining approaches, which make use of physical models considering both mechanics and dynamics of metal cutting are useful tools. In this paper, the use of science integrated machining approaches is demonstrated for selection of high performance cutting conditions. The results obtained from simulations of several industrial applications are utilized in selection of cutting parameters and the results are discussed through applications and experiments.