| Track 1: Civil and Structural Engineering | ||
|---|---|---|
| • Building Technology, Cartography and Geographic Information System • Coastal Engineering, Computational Mechanics • Construction and Control, Detection and Transformation • Disaster Prevention and Mitigation • Environment-Friendly Construction and Development • Geological Engineering, Geotechnical Engineering, Harbor Engineering |
• Hydraulic Engineering, Material Quality and Control • Metallic Structures; Monitoring and Control Of Structures • Reliability and Durability of Structures • Advanced Construction Materialsy • Architectural Design and its Theory • Concrete Structures • Architectural Environment and Equipment Engineering | • Building Energy Saving Technology • Construction and Renewable Energy Sources • Safety and Monitoring: Sanitary and Ground Water Engineering • Heating, Gas Supply, Ventilation and Air Conditioning Works • Architecture and Building Materials |
| Track 2: Geotechnical Engineering | ||
| • Soil Dynamics • Soil Behavior and Geomechanics • Unsaturated Soil Mechanics • Seepage and Porous Mechanics • Ground Improvement • Deep Foundations |
• Rock Mechanics and Rock Engineering • Geoenvironmental Engineering • Geohazards and Earthquake Engineering • Offshore Geotechnics • Mining Geotechnics • Sustainability in Geotechnical Engineering • Pavement Materials and Structures |
• Laboratory Testing and Field Application Methods • Geotechnical Engineering Hazards • Ground Improvement and Geosynthetics • Soil Erosion and Land Degradation • Bio-mediated and Bio-inspired Geotechnical Engineering • New Space Development |
| Track 3: Bridge and Tunnel Engineering | ||
| • Operations in Motorway Tunnels • Construction Methods for Bridges • Motorway Operations • Metro Tunnelling • Transportation and Bridge Tunnels • Channel Dredging Engineering and Equipment • Cross-sea Bridge Construction Technology and Equipment |
• Highway Subgrade Pavement Engineering • Road Safety Engineering • Railway and High Speed Railway Engineering • Bridge Foundation Engineering • Road Survey Design • Principle and Application of Traffic Intelligence Detection • Transportation Equipment and Information Engineering |
• Transportation Energy and Power Engineering • Maglev Rail Transit • Road Engineering Materials • Transportation Logistics Engineering and Equipment • Traffic Environment and Ecological Restoration Project |
| Track 4: Disaster Prevention and Mitigation | ||
| • Risk Assessments of Buildings and Structures on Hazard Intensity and Vulnerability • Structural Design for Disaster Prevention • Post-disaster Rehabilitation and Reconstruction of Buildings • Assessment of Disaster-related Damage • Reduction of Vulnerability of Urban Areas: Repairing Shelters • Rehabilitation and Restoration of Major Infrastructure |
• Construction Project Management for Post-disaster Reconstruction • Waste Management and Recycling after a Disaster • Urban Heat Island and Global Climate Issues • Disaster Prevention and Disaster Recovery • Security and Risk Management • Management Practices at Different Phases of the Disaster Lifecycle |
• Financial Management and Governance for Disaster Mitigation • Tools and Mechanism for Post-disaster Recovery • Risk Reduction and Continuity Management • Effects of Multi-hazards on Bridges (infrastructures) • Research and Application of Hazard Mitigation of Accessory Components of Bridges |
