Tzee Luai Meng
Papers
5
Total Citations
122
H-Index
5
About
Tzee Luai Meng is a materials scientist and surface engineer whose research sits at the intersection of advanced manufacturing, surface protection, and laser-based processing technologies. His work focuses primarily on laser cladding, surface peening techniques, and protective coatings for metallic alloys, with particular emphasis on extending the operational life of components exposed to harsh environments involving corrosion, wear, and elevated temperatures. Meng's most cited contribution, a 2022 review on laser cladding of metal alloys (52 citations), has established him as a key synthesizer of knowledge in additive manufacturing and protective coating strategies. His investigations into robotic hammer peening and laser shock peening — comparing their localized surface modification effects on stainless steels — have shed important light on deformation mechanisms, martensite phase transformations, and stacking fault energy, advancing fundamental understanding of how peening processes alter near-surface microstructures. His collaborative work combining laser cladding with post-processing treatments on materials such as Inconel 718 and stainless steel 431 further demonstrates his commitment to developing integrated, practical solutions for industrial surface engineering challenges. With a growing citation profile and publications spanning both applied and fundamental research, Meng represents an emerging voice in surface engineering and advanced manufacturing, offering valuable insights for researchers working on material durability and performance optimization.
Research Focus
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