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The THA FOCUS series shines the spotlight on novel research to inspire engineering and scientific communities with exciting advancements in applied thermal fluids built on the fundamentals of thermodynamics, heat transfer, and fluid mechanics.
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Thermopedia
Fundamentals
Thermodynamics
Fluid Flow
Heat Transfer
Applications
AI and Machine Learning
Research Methodologies
Industrial R&D and Equipment
Physical Properties
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Basic Concepts
Conduction
Convection
Radiation
Mass Transfer
Basic principles of thermal radiation
Combined heat transfer by radiation, conduction, and convection
Phase Change Heat Transfer
Micro/Nano Scale Heat Transfer
Electronics Cooling
Experimental Methods in Heat Transfer
Physical Properties
Classification of combined heat transfer problems
Inverse problems in radiation transfer
Microscale/nanoscale radiative heat transfer
Radiation transfer between the surfaces through a non-participating medium
Radiation transfer in emitting, absorbing and scattering media
Radiative heat transfer(open in a new tab)
Radiation-turbulence interaction
Some applied problems of combined heat transfer
Experimental investigations of turbulence-radiation interaction (TRI)
Numerical simulation of TRI based on various approaches
Physical basis of interaction between thermal radiation and turbulence
Theoretical basis of stochastic models
Radiative heat transfer in moving media
Coupled (combined) radiation and conduction(open in a new tab)
Coupled radiation and convection(open in a new tab)
Coupled radiation, convection and conduction(open in a new tab)
Main Topics
The THA FOCUS series shines the spotlight on novel research to inspire engineering and scientific communities with exciting advancements in applied thermal fluids built on the fundamentals of thermodynamics, heat transfer, and fluid mechanics.