Sichuan University / University of Strathclyde / Manchester Metropolitan University / /
IndustryTerm
steel surface / metal / widespread applications / technological applications / adhesion energy values / energy release rate / parallel computing power / layerdependent interaction energy / 316L stainless steel substrates / optimization algorithms / adhesion energy / formation energy / kinetic energy / chemical and mechanical properties / plastic energy / 316L steel substrate / tool-chip / tool steel / genetic algorithms / metal nitrides / chemical-stability / chemical potential / surface energy / particular multilayered systems / post-processing / higher de-mixing energy / layered metal-ceramic composite coating / transition metal / post-processing behavior / transition metal nitrides / multi-layered coating-systems / particular applications / wear-resistant applications / weak metal/ceramics interfaces / energy difference / transition metal aluminium nitride / bilinear law / bulk total energy / multi-layered engineering surface systems / manufacturing process / energy / coated tools / steel / /
Organization
Federal Communications Commission / P.R. China Department of Design / Manufacture and Engineering / UK School of Engineering / School of Manufacturing Science and Engineering / University of Strathclyde / Sichuan University / Chengdu / Manchester Metropolitan University / Manchester / /
Manufacturing Rev. 2014, 1, 8 Ó D. Yin et al., Published by EDP Sciences, 2014 DOI: [removed]mfreview[removed]Available online at: http://mfr.edp-open.org