STUDY AND VIBRATION ANALYSIS OF MULTIPOINT CUTTING TOOLS OF MILLING MACHINE BY FEM AND ANSYS BENCHWORK 14.0

In the present article, the research has been conducted for high frequency vibration and the total deformation of face milling cutter (micro level) to predict the deformation under varying frequencies developed in high speed machining operations. Under this, the work has been accomplished in tool vibration for predicting tool life and tool wear. This current work highlights the model of face milling cutter with tool inserts for static and dynamic components of cutting process. The computer generation has been created using CATIA V5 to stimulate the deformation process. Many simulation models use finite element analysis to calculate the reaction of cutting tool. The objective here is to consider the design and modeling of face milling cutter with inserts using CATIA V5 and FEA is carried out by using Ansys 14.0 and on comparing the two models, it has been found that cemented carbide is better due to less deformation and high strength