<?xml version="1.0" encoding="UTF-8"?><item href="/people/richard-z-zhang.html" dsn="people"><first_name>Richard</first_name><last_name>Zhang</last_name><prefixes/><pronouns/><post_nominals/><title-1>Associate Professor</title-1><title-2/><title-3/><title-4/><department>Mechanical Engineering</department><expertise>Computational Systems and Sciences,Sensors</expertise><type>Full-Time Faculty</type><email>Zihao.Zhang@unt.edu</email><phone>940-565-2742</phone><image><img src="/people/images/zhang-richard.jpg" alt="Richard Zhang"/></image><office>Discovery Park F115V</office><address/><office-hours/><types><type>Full-Time Faculty</type></types><departments><department>Mechanical Engineering</department></departments><expertise-list><expertise>Computational Systems and Sciences</expertise><expertise>Sensors</expertise></expertise-list><main-content>Faculty Info | Website | Google Scholar |
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Education


Ph.D. in School of Mechanical Engineering (2015), Georgia Institute of Technology
B.S. in Department of Mechanical Engineering (2010), Massachusetts Institute of Technology




Biography

Zihao (Richard) Zhang joined UNT as an assistant professor in fall 2017 After working as a satellite thermal engineer at Aerospace Corporation in El Segundo, Calif. He received his doctoral and master’s degrees in mechanical engineering from Georgia Tech and his bachelor’s from MIT. Zhang’s research interests are in nanoscale heat transfer, nanomaterials and aerospace applications. He has published in a variety of applied physics and thermal-fluids journals, including Applied Physics Letters, ACS Photonics and Journal of Heat Transfer. Zhang is currently working with one doctoral student on the radiative and thermal conductive properties of topological insulators. During the Summer of 2018, Zhang was at Kirtland Air Force Base in Albuquerque, N.M., researching the thermal properties of non-equilibrium low-dimensional bodies under ultra-fast irradiation. “The work has implications on ultra-sensitive visible light and infrared radiation sensors, and overall, may point toward identifying novel synthetic materials with extreme anisotropy and unusual thermal conductivity,” said Zhang.



Research


Thermal properties of nanomaterials and optical devices/coatings
Computational thermal and electrical transport simulations
Quantum dynamics of energy carriers in nanostructures
Thermal regulation and design in aerospace systems

Research Focus

Materials, Manufacturing, Mechanics
Thermo-Fluids; Energy, Environment, Sustainability




Professional Experience


August 2017 – Present: Assistant Professor, University of North Texas
October 2015 – July 2017: Member of the Technical Staff, Aerospace Corporation




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