(Include but not limited to)
Track 1: Geotechnical Mechanics and Engineering Geology
Geotechnical material properties and constitutive models
Rock mechanics and rock dynamics
Analysis of soil-structure interaction
Foundation treatment and foundation engineering
Stability analysis and reinforcement of slopes
Special soils (soft soil, expansive soil, loess, etc.) engineering characteristics
Numerical simulation and data analysis in geotechnical engineering
Underground space development and tunnel engineering
Geotechnical engineering investigation and in-situ testing techniques
Soil improvement and restoration technologies
Deep foundation engineering and support structures
Three-dimensional modeling and visualization of geotechnical engineering
Reliability and risk assessment of geotechnical engineering
Energy geotechnical engineering and geological energy storage
Environmental geotechnical engineering and contaminated soil remediation
Geomechanics and structural geology
Hydrogeology and engineering hydrology
Track 2: Earthquake Engineering and Earthquake Geotechnical Engineering
Site earthquake effects and soil layer earthquake response analysis
Sandy soil liquefaction mechanism and assessment
Earthquake slope stability and landslides
Seismic design and seismic resistance of foundation and base in earthquake-prone areas
Seismic response of soil-structure interaction
Simulation and prediction of strong ground motion
Earthquake hazard analysis and zoning
Structural seismic design and assessment
Isolation and vibration reduction technologies
Seismic reinforcement of existing buildings and infrastructure
Seismic resistance of lifeline projects
Near fault earthquake effects
Earthquake loss assessment and resilience assessment
Post-earthquake recovery and reconstruction
Earthquake early warning systems
Earthquake geological disaster chain
Track 3: Intelligent Monitoring and Disaster Prevention
Structural health monitoring and damage identification
Geotechnical engineering intelligent monitoring sensors
Optical fiber sensing and distributed monitoring technology
Wireless sensor networks and Internet of Things monitoring
Early identification and warning of geological disasters
Slope monitoring and warning system
Mudslide monitoring and prevention
Ground subsidence and ground fissure monitoring
Unmanned aerial vehicle and remote sensing monitoring technology
InSAR and remote sensing geological disaster identification
Vibration monitoring and modal analysis
Digital twin and predictive maintenance
Monitoring data analysis based on AI and machine learning
Damage detection by fusion of vision and vibration
Application of IoT and edge computing in monitoring
Numerical simulation and inverse analysis of geological disasters
Emergency response and disaster management
Resilient cities and disaster prevention planning
......