(Include but not limited to)
Track 1: Concrete Structures and Materials
Concrete structure design theories and methods
Mechanical properties of reinforced concrete structures
Prestressed concrete structure technology
High-rise and large-span concrete structures
Durability and life prediction of concrete structures
Crack control and repair of concrete structures
Reinforcement and renovation of concrete structures
Design of steel-concrete composite structures
Construction technology and quality control of concrete structures
Concrete structure health monitoring
Fire resistance, impact resistance and fatigue resistance of concrete structures
High-performance concrete materials (UHPC, ECC, FRC)
Fiber-reinforced concrete and lightweight aggregate concrete
Self-compacting concrete and 3D printed concrete
Green concrete and utilization of recycled aggregates
Microstructure and material characterization of concrete
Intelligent concrete and self-repair materials
Geopolymer concrete and low-carbon cementitious materials
Flow rheology and testing technology of concrete
Nonlinear analysis and numerical simulation of concrete structures
Track 2: Structural Seismic Design and Analysis
Seismic design theories and methods
Seismic motion characteristics and input parameters
Seismic performance evaluation of concrete structures
Seismic test methods and techniques
Dynamic analysis and seismic response of structures
Seismic performance-based design
Near-field seismic effects and site influence
Soil-structure interaction
Nonlinear dynamic analysis of structures
Seismic damage assessment and collapse mechanism
Seismic reliability analysis of structures
Seismic design of non-load-bearing components
Comparison of seismic design codes and standards
Calculation of seismic action and bearing capacity verification of walls
Seismic numerical simulation and simulation of structures
Seismic signal detection and recognition
Structural vibration control and engineering vibration analysis
Application of finite element analysis in seismic research
Track 3: Seismic Reinforcement, Isolation and Resilience Engineering
Structural seismic reinforcement and renovation technologies
Isolation and energy dissipation reduction technologies
Design and application of foundation isolation systems
Improvement of seismic performance of existing buildings
Post-earthquake structure assessment and repair
Seismic resilience theory and assessment of structures
Seismic resilience of urban and infrastructure
Seismic resilience of lifeline projects and disaster prevention
Earthquake early warning and emergency response systems
Structural health monitoring and damage identification
Application of intelligent sensing and monitoring technologies in seismicity
Digital twin and AI-assisted structural safety assessment
Performance-based seismic reinforcement design
Application of new seismic materials and technologies
Resilience city construction and disaster prevention and mitigation engineering
Prevention of structural collapse and design for continuous collapse resistance
......