There will be two separate tracks for the conference paper presentations, Track A and Track B, based on the two category of themes enlisted below:

CONFERENCE THEME

We welcome original and unpublished work in the field of (but not limited to):

A. Thermal-Fluid Engineering

1. Advances in Experimental Characterization
2. Aeroacoustics
3. Aerospace Engineering and Applications
4. Atmospheric Science and Technology
5. Biofuels and Internal Combustion Engines
6. Biological Heat Transfer/Fluid Flow
7. Chemical Engineering Heat and Mass Transfer
8. Computational Fluid Dynamics
9. Conjugate Heat Transfer with Applications
10. Cryogenics
11. Energy Management/Energy Systems
12. Environmental Engineering
13. Experimental methods/tools in Thermal-Fluid Engineering
14. Fluid Mechanics/Dynamics
15. Fluid-Structure Interaction
16. Fuel Cells
17. Gas Turbine Heat Transfer and Dynamics
18. Heat and Mass transfer in Biomedical devices
19. Heat and Mass Transfer in Extreme Environments
20. Heat Transfer in Multiphase Flow Systems
21. Heat Transfer in Non-Newtonian Fluid Flow
22. High-Speed Flows; Shock waves
23. Hydrokinetic Turbines
24. Hydrogen technologies
25. Melting and Solidification
26. Micro-/Nano-fluidics and Life Science Applications
27. Multi-Phase Flow and Heat Transfer
28. Multi-Physics Modelling
29. Nuclear Power Plants and Equipment
30. Numerical Methods in Fluid Flow and Heat Transfer Problems
31. Ocean Engineering
32. Phase Change; Multiphase Flow
33. Power Stations and Energy
34. Propulsion and Emissions
35. Refrigerants and Antifreeze
36. Renewable Energy
37. Single/Multi-objective Optimization of Thermo-Fluid Systems
38. Solar Energy Engineering and Applications
39. Thermal Barrier Coatings; Thermal spraying
40. Thermal Power and Fluid Engineering
41. Thermal Vias, Heat Spreaders and Thermal Management
42. Transport Phenomena in Porous Media
43. Ventilators, Fans, and Air-Conditioners
44. Wind power and Energy
45. Wind Turbines and Other Power Generation Systems
46. Sustainable and Renewable Energy

B. System Design & Material Characterization

1. Absorption and Adsorption
2. Alloying and Deformation
3. Analysis and Modelling of Composites
4. Burgers’ Vector and Mixed Dislocations
5. Crystal Structures and Slip Phenomenon
6. Dislocation Energy and Movement
7. Interface Materials and Challenges
8. Metal Heating and Annealing
9. Nanocrystalline Metals
10. Novel Materials
11. Phase Boundaries and Mechanisms
12. Phase Diagrams and Kinetics
13. Physical Metallurgy
14. Polymers in Science and Technology
15. Precipitate Hardening and Heat Treatment
16. Safety and Reliability of the Systems
17. Shear Stresses and Yielding in Metals
18. Smart Materials
19. Stress Field
20. System Modelling & Simulation
21. System Optimization
22. Systems Technology & Policy
23. Stresses, Strains, and Internal Energy
24. Thermal Fatigue
25. Thermal Behavior
26. Wear Mechanisms