Thermodynamics & Heat Transfer Physics Research Unit
Investigating thermodynamic and heat transfer phenomena to advance energy systems, thermal management, and materials performance.
Research Mission
The Thermodynamics & Heat Transfer Physics Research Unit investigates thermodynamic processes and heat transfer phenomena relevant to energy conversion, thermal management, and materials performance under extreme conditions. The unit applies classical and statistical thermodynamics, conduction, convection, and radiation heat transfer analysis to advance the design of energy systems, cooling technologies, and materials that perform reliably across the extreme thermal environments encountered in DARAS operations.
Key Research Functions
Energy System Analysis
Analyzing thermodynamic cycles for power generation, refrigeration, and heat pump systems — optimizing cycle configurations and component performance to maximize efficiency and minimize fuel consumption in DARAS energy systems.
Thermal Management
Designing thermal management systems for electronics, power systems, and high-heat-flux applications — developing cooling solutions that maintain component temperatures within safe limits under the demanding thermal environments of operational systems.
Materials Characterization
Characterizing the thermal properties of materials under extreme conditions — measuring thermal conductivity, specific heat, and emissivity at high temperatures to support the design of thermal protection systems and high-temperature components.
Research Capabilities
Directorate of Advanced Research & Applied Sciences
Join This Research Unit
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