ICFDT 2027: International Conference on Fluid Dynamics and Thermodynamics

ICFDT 2027: International Conference on Fluid Dynamics and Thermodynamics addresses advances in fluid dynamics and thermodynamics, covering heat and mass transfer, energy systems, combustion, and emerging thermal engineering technologies.

Key Topics

• Air Conditioning and Refrigeration
• Aerospace Heat Transfer
• Biological Heat Transfer
• Biofuels and Internal Combustion Engines
• Boundary Layer and Free Surface Flows
• Bio-Thermal Fluid Science and Engineering
• Computational Heat Transfer
• Combustion and Reacting Flows
• Energy Conversion and Clean Energy Technology
• Double Diffusive Convection
• Enhanced Oil Recovery
• Energy Management and Energy systems
• Environmental Heat Transfer
• Environmental Engineering
• Fire and Combustion Heat Transfer
• Experimental Techniques and Instrumentation
• Heat and Mass Transfer Equipment
• Gas Turbine Heat Transfer
• Heat and Mass Transfer in Biotechnology
• Heat and Mass transfer in Biomedical devices
• Heat Transfer
• Heat and Mass Transfer in Extreme Environments
• Heat Transfer Equipment
• Heat Transfer Education
• Heat Transfer in Energy Systems
• Heat Transfer in Electronic Equipment
• Heat Transfer in Gas Turbines and Jet Engines
• Heat Transfer in Fire and Combustion Systems
• Heat Transfer in Multiphase Systems
• Heat Transfer in Manufacturing and Materials Processing
• Heat Transfer with Non-Newtonian Fluid Flow
• Heat Transfer Theory and Fundamental Research
• Industrial Fluid Mechanics
• HVAC
• Laminar and Turbulent Flow
• Internal Flow and Heat Transfer
• Manufacturing and Materials Processing
• Low Temperature Heat Transfer
• Micro / Nano Heat Transfer
• Melting and Solidification
• Molecular and Nano-scale Thermal Engineering
• Microgravity Science and Processes
• New and Renewable Energy Technologies
• Multi-Phase Flow and Heat Transfer
• Polymer Processing Science and Technology
• Numerical Methods in Fluid Flow and Heat Transfer
• Thermal behavior of Manufacturing systems
• Renewable Energy
• Thermal-Fluids Machinery
• Thermal behavior of Materials processing
• Transport Phenomena in Porous Media
• Thermo-physical Properties
• Waste Management and Waste Disposal
• Visualization of Heat Transfer Phenomena

Who should Attend

Engineers, researchers, industrial professionals and academicians.