Control over Multi-Scale Self-Organization-Based Processes under the Extreme Tribological Conditions of Cutting through the Application of Complex Adaptive Surface-Engineered Systems

This paper features a comprehensive analysis of various multiscale selforganization processes that occur during cutting. A thorough study entropy production friction has uncovered several channels its reduction can be achieved by processes. These are (1) self-organization physical vapor deposition PVD coating on the cutting tool substrates; (2) tribofilm formation caused interactions with environment operation, which consist following compounds: thermal barriers; Magnéli phase tribo-oxides metallic properties at elevated temperatures, transform into liquid operating and mixed action serve as barriers/lubricants, (3) surface cutting, include chip formation, generation adhesive layers, buildup edge formation. In-depth knowledge these used to significantly increase wear resistance coated tools. application latest complex adaptive surface-engineered systems represented state-of-the-art nano-multilayer coatings, well high alloy coatings (HEAC).