Wire Arc Additive Manufacturing (WAAM) based on Cold Metal Transfer (CMT) welding produces near-net-shape metallic components, but post-process machining remains essential for dimensional accuracy and surface quality. This study investigates the dry turning machinability of EN AW-5083 aluminium alloy parts produced by...
An approach to increase the tribological performance of engineering materials via the development of smart surface texturing techniques using artificial intelligence (AI)-driven laser machining is presented in this study. However, existing surface texturing approaches largely rely on trial-and-error methods and lack ad...
Stainless Steel 316 (SUS316) is widely employed in critical industrial components due to its mechanical strength and corrosion resistance, but its low thermal conductivity and high ductility make it a difficult to machine material. This study investigates the influence of spindle speed, feed rate, and depth of cut on s...
The demand for miniature 316L stainless steel components in critical sectors is increasingly met by additive manufacturing (AM); however, due to the increasing applications of 316L in advanced manufacturing industries, there is a need to identify the machinability performance for 316L based on the fabrication technique...
Cryogenic treatment is an advanced heat treatment technique used to improve the mechanical and wear characteristics of tool steels by reducing residual stresses, transforming retained austenite, and promoting carbide refinement. However, achieving consistent enhancement in wear resistance, hardness, and machining perfo...
Due to its low heat conductivity and strong resistance to wear, AISI D2 tool steel, recognized for its high level of hardness (58-62 HRC) and complex structure with tough carbides, poses significant challenges in machining. A review of 106 freely available studies from 2020 to 2026 examines hard turning operations on D...
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