Topic 1: Aerospace
Aerodynamics and Airflow Physics
Spacecraft thermal control
Aerospace Materials Science
Advancing Systems Physics
Satellite Dynamics and Orbital Physics
Laser and Optical Technologies in Aviation Electronics
Acoustic Physics in Aircraft Design
Space navigation and quantum sensors
Energy system in spacecraft
Electromagnetics in Satellite Communication
Atmospheric re-entry physics
Space exploration technology
Spacecraft radiation protection
Aeroelasticity and Load Dynamics
Topic 2: System Modeling and Simulation
Multi domain system modeling
Modeling and Simulation of Control Systems
System identification and parameter estimation
Real time simulation technology
Cyber-physical system
Robustness analysis and optimization
Digitization and processing simulation
Topic Three: Heat Transfer and Thermophysics
Aerothermodynamics and Aerothermal Design
Aircraft thermal systems and components
Code verification and validation techniques
Calculation of non-equilibrium and reactive flow
Computational Heat Transfer and Thermophysics
Conduction, convection, radiation, or combined heat transfer
Low temperature science and low-temperature systems
Direct Simulation Monte Carlo Method
Cooling of electronic and microelectronic aviation electronic equipment
Energy Conversion in Microsystems
Heat pipes and loop heat pipes
Heat transfer and cooling in turbomachinery
High speed flow
The Historical Perspective of Thermophysics Research
Hypersonic and rarefied flow experiments
Laser material interaction
MEMS and Microfluidics
The impact of microgravity on high-power two-phase thermal management systems
Molecular dynamic simulation
Multiphase fluid flow and heat transfer
Nano and micro scale heat transfer
Nonequilibrium radiation
Non invasive diagnosis and evaluation
Feather flow and combustion
Measurement and simulation of radiation characteristics
Rarefied flow calculation
The Second Law and Fire Methods
Spacecraft pollution
Space environment impact
Surface catalytic
Aerospace thermal engineering testing facilities and instruments
Thermal contact conduction
Thermal Control and Management of Aircraft/Space Systems
Thermal Engineering under Microgravity Conditions
Thermoelectric cooling and power generation
Thermophysical Properties
Turbulence and heat transfer
Fluid and Gas Dynamics
Heat and mass transfer
Experimental methods and techniques for aviation and thermophysics
Low temperature plasma physics, etc