Published 2021-12-23
Keywords
- Coated, Degree, Wear Behaviour, Stainless steels, Duplex.
Abstract
Through the use of experimental analysis and computational modeling, the purpose of this work is to get an understanding of the intricate interactions that occur between tool coatings and the difficult material. The objective is to maximize the life of the tool, improve the efficiency of the machining process, and make a contribution to the development of tools and developments in materials processing. The discoveries have practical consequences for sectors that depend on high-performance cutting tools, and they provide the possibility of advancements in the processing of sophisticated materials that are essential to a variety of engineering applications. Because of its superior mechanical property values and resistance to corrosion, duplex stainless steels, which are also referred to as DSSs, are used for a wide variety of applications in the industrial sector. In addition, DSSs are used for applications that need, in particular, exceptional resistance to corrosion and generally strong mechanical properties. Examples of such applications include the oil-gas exploration industry and the naval industry. Due to the fact that DSSs are regarded to be difficult-to-machine alloys, the acquisition of components that are created from these materials presents a significant challenge.