(The following topics include but are not limited to)
Track 1: Underground Engineering Technology
Theory and methods of underground structure design
Tunnel and subway construction technology
Support structures and stability analysis of deep foundations
Foundation improvement and pile foundation engineering technology
Stability assessment of slopes and landslide prevention technology
Urban underground space planning and comprehensive utilization
Rockburst prediction and safety protection technology
Application of intelligent monitoring and sensing technology
Mechanization and robot construction technology
Numerical simulation of tunnels and excavation
Foundation reinforcement and support optimization
Rock classification and mapping
Analysis of structure-ground interaction
Performance monitoring and reverse analysis
Large-scale engineering projects under complex geological conditions
Track 2: Concrete Materials
Concrete rheology
Fluid mechanics
Inorganic non-metallic materials and physical properties
Physical properties of metallic materials
3D printed concrete materials
Fiber materials and physical properties
Material quality and control
Polymer materials, geopolymer materials
Materials and components
Fatigue and stress analysis of reinforcing bars
Analysis of cement-based materials
Apparent and microscopic analysis of civil engineering materials, etc.
Track 3: Structural Seismic Resistance
Seismic waves, analysis of seismic load forces
Seismic experiments and analysis
Seismic and arrestors
Structural seismic design, principles of structural seismic design calculation
Seismic signal detection
Seismic design of concrete structure buildings
Seismic design of masonry structure buildings, seismic design of steel structure buildings
Seismic design of concrete structure beam bridges
Structural damping and isolation technology
Seismic reinforcement and renovation design
Seismic action calculation
Wall bearing capacity verification, etc. ……