Track 1: Thermal Science

• TS: Aerospace Applications
• TS: Heat Pipes
• TS: Innovations in Heat Exchangers
• TS: Combustion, Fire and Fuels
• TS: Electronics Cooling
• TS: Heat Transfer in Multiphase Flows
• TS: Flow and Heat Transfer in Materials Processing Science and Manufacturing
• TS: Heat/Mass Transfer Enhancement Techniques
• TS: Material Issues, Ceramics, Low Thermal Conductivity
• TS: Radiation Heat Transfer
• TS: Inverse Problems and Parameter Estimation in Heat Transfer

Track 3: Interdisiplinary Studies

• ID: Experimental Methods/Tools in Fluid Mechanics and Heat/Mass Transfer
• ID: Computational Methods/Tools in Thermal-Fluid Systems
• ID: Machine Learning and Artificial Intelligence in Thermo-Fluid Engineering
• ID: Fundamentals in Fluid Flow and Heat/Mass Transfer
• ID: Flow and Heat Transfer in Biological Systems
• ID: Fluid Flow and Heat Transfer in Industrial and Commercial Processes
• ID: Electric, Magnetic, Flow and Thermal Phenomena in Micro and Nano-Scale Systems

Track 5: Education and Ethics

• EE: Advancements in Thermo-Fluids Education
• EE: Ethics in Thermo-Fluid Engineering
• EE: Innovations in Capstone Projects