A Review Paper on Investigation and Numerical Analysis of Milling Cutter

Milling is a reliable method to recreate the downgraded structures, and parts. Yet, -milling still defies some huge challenges, tormenting further arrangement of this development. The most noticeable around them is stress formation. Stress made along the finished edges and surfaces in - milling activity have gigantic impact at surface quality and conduct of the finished parts and structures. One of the methods to minimize stress formation in milling is by enhancing the geometry of the device The principle point of the examination work is to show finite element analysis of flat end mill cutters used in milling by fluctuating the geometry of the tools. Stress formation simulation has been carried out while varying the tool geometry. The outcome of the research will be a static finite element analysis of stress formed during -milling which can help in determining tool life and a detailed dynamic analysis of stress formed during -milling operation in AlSi 1045 which can benefit the aerospace industry in various ways. The outcome obtained during the investigation may be used for further research for stress minimization through tool optimization and process control.