(Including but not limited to the following topics)
Topic 1: Fluid Mechanics
- Mechanisms of laminar and turbulent flow
- Boundary layer theory
- Computational fluid dynamics
- Multiphase flow and interface dynamics
- Non-Newtonian fluid flow
- Turbulent simulation and large eddy simulation
- Fluid stability and bifurcation
- Flow control and drag reduction techniques
- Compressible fluids and shock waves
- Percolation mechanics
- Rotating fluids and Coriolis force effect
- Heat convection and natural convection
- Magnetohydrodynamics
- Microfluidics and microscale flow
- Fluid measurement and visualization techniques
- Turbulence dynamics and vortex structure identification
- Fluid-structure coupling vibration
- Porous media flow
- Shock-boundary layer interaction
Topic 2: Environmental Engineering
- Water quality purification and water treatment technologies
- Air pollution control engineering
- Solid waste treatment and resource utilization
- Soil remediation engineering
- Environmental biotechnology
- Membrane separation technology and applications
- Advanced oxidation processes
- Environmental adsorption materials
- Urban water supply and drainage system design
- Noise control engineering
- Environmental impact assessment
- Ecological restoration engineering
- Environmental fluid mechanics (pollutant transport)
- Greenhouse gas control technologies
- Environmental monitoring and sensor networks
- Clean production processes
- Groundwater pollution remediation
- Environmental system modeling and optimization
- Rainwater management and sponge cities
- Industrial exhaust gas purification technologies
Topic 3: Pollution Control
- Fluid transport mechanisms of pollutant migration and transformation
- Adsorption and catalytic purification of gaseous pollutants
- Heavy metal pollution control and stabilization
- Persistent organic pollutant degradation
- Multiphase fluid dynamics in flue gas desulfurization and denitrification
- Volatile organic compound control
- Transport and deposition of microplastics in water bodies
- Risk assessment of contaminated sites
- Mass transfer and flow enhancement in bioremediation
- Electrochemical pollution control
- Photocatalytic oxidation degradation
- Source identification of pollutants
- Fluid behavior in carbon capture and storage
- Interfacial behavior of pollutants in multiple media
- Anaerobic digestion and energy recovery
- Hydraulic condition optimization in membrane bioreactors
- Real-time monitoring and early warning of pollutants
- Deep treatment of low-concentration pollutants
- Resource recovery in pollution control
- Composite pollution collaborative control strategies