Hideyuki Murakami
Papers
1
Total Citations
19
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1
About
Hideyuki Murakami is a leading figure in thermal spray coating and high-temperature materials science, with a focus on the intricate dynamics of plasma-sprayed ceramics. His seminal work, "In Situ Visualization of Impacting Phenomena of Plasma-Sprayed Zirconia: From Single Splat to Coating Formation" (2008), has garnered 19 citations and revolutionized the understanding of how individual molten droplets—or splats—behave upon impact, coalesce, and ultimately form robust coatings. By capturing real-time imaging of zirconia deposition, Murakami provided unprecedented insights into the microstructural evolution that governs coating adhesion, porosity, and performance in extreme environments. This foundational research has direct implications for thermal barrier coatings in aerospace and energy systems, where material integrity under high thermal loads is critical. Beyond this landmark study, Murakami’s broader contributions encompass the optimization of plasma spray parameters and the development of durable ceramic coatings for gas turbines and nuclear reactors. His work bridges fundamental materials science with practical engineering, earning recognition for advancing both the methodology and application of thermal spray technology. For students and researchers, Murakami’s research exemplifies how detailed observation of transient phenomena can unlock transformative solutions for high-temperature material challenges.
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Top Papers
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