Led by the Principal Investigator, Dr. Yan Wang, our goal is to advance the understanding of thermal and mechanical processes, as well as energy transport and conversion mechanisms, across a broad spectrum of length and time scales. To achieve this, we employ cutting-edge theoretical and computational approaches to model and simulate complex thermal and mechanical phenomena, with a focus on energy applications and advanced manufacturing. Our goal is to advance the development of sustainable energy technologies that can meet the ever-increasing demands of modern society.
Find Out MoreThermal transport is influenced by lattice vibrations (phonons), electrons, magnons, other heat carriers, and the bulk motion of fluids. We develop and apply various approaches to investigate the transport of these carriers and their interactions in complex materials, devices, and systems.
Read MoreWe develop and apply advanced theoretical, modeling, and experimental techniques to clarify the complex thermal, chemical, optical, and material processes in advanced manufacturing, including laser processing and 3D printing.
Read MoreWe strive to design novel (meta)materials with unparalleled properties, such as ultra-high or ultra-low thermal conductivity for thermal applications, and high ionic conductivity and energy density for energy storage applications, among others.
Read MoreWe develop and use multiphysics modeling tools to understand and predict coupled thermal, mechanical, chemical, and optical processes in various engineering applications.
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ME314 introduces students to the various processes of heat transfer. ME414/614 covers classical approaches to solving complex heat transfer problems. ME714 delves into advanced theories and modeling techniques for addressing heat transfer challenges.
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We are committed to educating and motivating K-12 students to pursue higher education and careers in STEM fields. We offer lab tours and science demonstrations during events such as Engineer's Day, Nevada Bound, and other programs for local K-12 students.
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Dr. Wang has mentored several Capstone design groups to design thermal energy conversion devices through science and engineering principles. Past projects include solar-thermal converters, solar-thermoelectric converters, and thermal interface materials.
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We are enthusiastic about providing research opportunities to undergraduate students who are curious about graduate-level research, considering graduate school, or interested in thermal, fluid, and energy sciences.
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