(The following topics include but are not limited to)
Track 1: Fluid Mechanics
Fundamental theories and equations of fluid mechanics
Turbulence theory and numerical simulation
Multiphase flow and phase change
Non-Newtonian fluid mechanics, micro-nano scale fluid mechanics
Biological fluid mechanics, magnetic fluid mechanics
Geophysical fluid mechanics
Computational fluid mechanics, experimental fluid mechanics
Flow stability and transition
Interfaces and free surface flow
Porous medium flow
Flow visualization and measurement
Industrial fluid mechanics, environmental fluid mechanics
AI applications in fluid mechanics
High-precision numerical formats and immersed boundary method
Turbulence modeling and closure models based on machine learning
Track 2: Aerodynamics
Low-speed aerodynamics
Aerodynamic design of aircraft
Aerodynamic elasticity mechanics
Unsteady aerodynamics
Computational aerodynamics, experimental aerodynamics
Aerodynamic noise of aircraft, active flow control
Aerodynamic thermodynamics
Supersonic combustion and ramjet engines
Aerodynamic layout design of large aircraft and unmanned aerial vehicles
Supercritical airfoil and laminar control technology
Aerodynamic configuration and aerodynamic elasticity of hypersonic aircraft
AI-driven aerodynamic modeling and optimization methods
Multidisciplinary coupled aerodynamic elasticity and flight load analysis
Aerodynamic interference and control of unmanned aircraft clusters
Track 3: Thermal Physics
Fundamental theories of thermodynamics
Heat transfer and mass transfer
Conduction and heat conduction
Micro-nano scale heat transfer
Heat radiation and photothermal conversion
Combustion and reaction kinetics
Thermal physics measurement
Thermal system design and optimization
Heat dissipation of electronic devices
Aerospace thermal physics
Thermal physics in new energy sources
Thermodynamic cycles and energy systems
Low-temperature physics and refrigeration
Non-equilibrium thermodynamics
Thermal radiation transmission and spectral regulation
Thermal acoustic effect and thermal acoustic engine
Multiscale modeling in thermal physics
Battery thermal management and thermal safety
Enhanced heat transfer technology
Heat transfer modeling and optimization based on machine learning
Thermal phase change and thermal chemical energy storage thermal physics mechanisms
Microgravity and space environment thermal physics
Thermal physics and carbon neutrality cross-cutting frontier: CO₂ capture and thermal chemical conversion
Thermal physics-based fundamental issues and disruptive technologies for the dual carbon goals
...