Themes

The conference covers the development and application of computational methods across all areas of fluid flow, heat and mass transfer, including, but not limited to, the following:

• Aeronautical and Space Applications

• Agricultural, Irrigation and Food-Process Heat and Mass Transfer

• Artificial Intelligence, Machine Learning and Digital Twins in Thermal Engineering

• Battery, Fuel-Cell and Electrochemical Thermal Management

• Biomedical Engineering, Bio-Inspired Flow and Heat Transfer

• Buoyancy-Driven Flows and Double-Diffusive Convection

• Combustion and Reactive Flows

• Compressible Flows

• Computational Fluid Dynamics

• Electronics, Data-Center and High-Heat-Flux Cooling

• Environmental Flows

• Geothermal Energy Modelling

• Granular Flows

• Heat Exchangers, Heat Pipes and Heat-Transfer Enhancement

• Heating, Ventilating and Air Conditioning

• Hydrogen, Ammonia and Sustainable-Fuel Thermal Systems

• Lattice Boltzmann Methods

• Manufacturing and Materials Processing

• Marine and Ocean Engineering

• Micro- and Nano-Scale Heat and Mass Transfer

• Molecular Dynamics

• Multiphase Flows

• Multiphysics Applications

• Non-Newtonian Flows

• Nuclear Applications

• Particle-Laden Flows

• Phase Change and Phase-Change Materials

• Porous Media

• Reduced-Order Models, Surrogate Modelling and Optimization

• Renewable and Sustainable Energy Systems

• Thermal and Electrochemical Energy Storage

• Turbulent Flows

• Verification, Validation and Uncertainty Quantification (V&V/UQ)

• Waste Management and Disposal

• Other Related Heat and Mass Transfer Topics

Note: Although the conference primarily focuses on computational research, experimental studies are also welcome. Experimental validation of computational predictions is strongly encouraged where applicable.