Thermal Protection
The surface temperatures encountered in hypersonic flight to at leading-edge surfaces to as much as 2700K (4400F) at Mach 10, has placed a focus on the development of thermal protection systems. To address this need, the Hypersonic Systems Initiative includes a Thermal Barrier Materials and Thermal Management Focus Group.
Researchers within this group have capabilities that include molecular simulation of thermal insulation materials such as carbon, characterization of materials properties, nano-indentation, microstructure characterization, IR cameras, thermal conductivity measurement, embedded sensors, thermoelectric power generation harvesting thermal gradients, thermal photo-voltaics, thermal barrier coatings for substrates, thermal radiation cooling using meta-materials-based surfaces, 3D printing of ceramic materials, microscale printing of functional devices (sensors, energy harvesters, etc.), laser melting for material processing, and combinatorial high throughput plus artificial intelligence material development.
Affiliated Faculty
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Edward Kinzel
Aerospace and Mechanical Engineering
Expertise: 3-D Printing Ceramics; Infrared Metasurfaces -
Eungkyu Lee
Aerospace and Mechanical Engineering
Expertise: Thermal Radiation Cooling, Controlled Emissivity -
Tengfei Luo
Aerospace and Mechanical Engineering
Expertise: Molecular Simulation Insulating Materials, Carbon; Thermoelectric Conversion -
Svetlana Neretina
Aerospace and Mechanical Engineering
Expertise: Thermal Radiation Cooling -
Timothy Ovaert
Aerospace and Mechanical Engineering
Expertise: Coatings, Carbon-Carbon -
Yanliang Zhang
Aerospace and Mechanical Engineering
Expertise: AI Material Development