ANALYSIS OF DIAMOND TITANIUM CARBIDE (WTiC) CUTTING INSERT

In the manufacturing process, the value is added to the materials as they undergo through the process. The fundamental manufacturing process incorporates changing the shape, physical properties and get together of the parts. The various manufacturing processes are forging, machining, welding, extrusion and casting. Machining is broadly utilized process where, the undesirable material is expelled as chips by utilizing the mechanical shear force. The basic elements of modern metal removal process are the machine, device, cutting apparatus and a control system. The persistent operation of machine instrument cause tool wear and lessening of hardware life and the outcome is poor surface complete and precision. Here in this research, we analyse tool deformation, tool life and stresses in tool by taking cutting insert for different turning operations. Force relations are calculated manually and stress deformation and other results are done by using ANSYS software which is specialized for analysis.