(The following topics include but are not limited to)
Topic 1. Thermophysics
Aerothermodynamics and aerothermal design
Aircraft thermal systems and components
Code verification and validation techniques
In terms of the calculation of non-equilibrium and reaction flow
Calculate heat transfer and thermophysics
Conduction, convection, radiation or combined heat transfer
Cryology and cryogenic systems
Directly simulate the Monte Carlo method
Cooling of electronic and microelectronic avionics equipment
Energy conversion in Microsystems
Heat pipes and loop heat pipes
Heat transfer and cooling in turbine machinery
High-speed flow
A historical Perspective on thermophysical research
Hypersonic and rarefied flow experiments
Laser-material interaction
MEMS and microfluidics
The influence of microgravity on high-power two-phase thermal management systems
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 means and methods for aviation and thermophysics
Low-temperature plasma physics
Theme 2. Aerospace Technology
Astronomy, airworthiness
Aerospace technology
Space technology
Air transport
Construction of aerospace base stations
Aircraft Model and Design
Flight System and Control
Satellite technology, remote sensing mapping
Topic 3. Aerodynamics
Applied aerodynamics
Computational fluid dynamics
The design and construction of spatial structure and materials
The design and construction, simulation and testing of space systems
Earth observation projects and plans for monitoring and mitigating natural disasters
UVA and MAV
Radar detection and imaging technology
Synthetic aperture radar technology
Analog and digital circuits
Signal processing in microelectronics manufacturing engineering
Circuits and systems