Carbide Tool Wear Analysis for Manufacturing Aisi 4140 Alloy Steel with 2D/3D Deform Simulation in PT Rejeki Sekawan Abadi

The lathe process is a machining that most widely used and very commonly in an industrial field. During the turning process, will cut workpiece with main movement being rotating so can be slowly reduced diameter. There are several parameters such as feed rate, cutting speed depth. Parameter optimization necessary order to reduce force during process. If high, it cause tool ability reduced. In this study using three parameters, namely spindle rotation feeding depth, or chisel distance 1 of workpiece. This seen from simulation results, results simulation-2 simulation-4 rate 0.1 mm/rad two other different value depth wear 0.00487 0.00410 mm, then simulation-1 -3 same 0.2 0.0117 0.00932 respectively. With these has quite effect on Based study, concluded variation simulated affect condition blade used. When running inappropriate failure damage. Therefore, must considered.