Scopes
(Including but not limited to the following topics)
Track 1: Bridge Engineering and Design Analysis
Bridge structure design and analysis
Long-span and high-performance bridge technologies
Bridge seismic resistance and multi-disaster defense
Bridge wind engineering and aerodynamic elasticity
New bridge materials and composite structures
Bridge construction technology and rapid construction
Existing bridge assessment and reinforcement renovation
Bridge fatigue and durability design
Life cycle cost analysis of bridge engineering
Bridge engineering management and social economic evaluation
Collaborative design of bridges and transportation systems
Climate adaptability and bridge resilience
Track 2: Structural Monitoring and Damage Identification
Bridge health monitoring systems and sensor deployment
Optical fiber sensing and distributed sensing networks
Vibration monitoring and modal analysis
Structural damage identification and condition assessment
Nonlinear vibration and anomaly detection
Fatigue monitoring and remaining life prediction
Digital twin-driven structural monitoring
Integration of Internet of Things and real-time monitoring systems
Computer vision and unmanned aerial vehicle inspection
Deep learning and structural damage identification
Data-driven and physical information fusion monitoring methods
Monitoring data quality and uncertainty quantification
Track 3: Intelligent Operation and Predictive Maintenance
Predictive maintenance and decision support systems
Digital twin and bridge operation management
Artificial intelligence-driven condition assessment and early warning
Integrated framework of monitoring, detection, and decision-making
Risk-based maintenance strategy optimization
Bridge management system and BIM integration
Automated inspection and robot operation
Structural performance degradation modeling and life prediction
Maintenance intervention effect evaluation and feedback
Data governance and standardization in intelligent operation
Sustainable operation and life cycle performance management
Emergency detection and rapid assessment under extreme events
Track 1: Bridge Engineering and Design Analysis
Bridge structure design and analysis
Long-span and high-performance bridge technologies
Bridge seismic resistance and multi-disaster defense
Bridge wind engineering and aerodynamic elasticity
New bridge materials and composite structures
Bridge construction technology and rapid construction
Existing bridge assessment and reinforcement renovation
Bridge fatigue and durability design
Life cycle cost analysis of bridge engineering
Bridge engineering management and social economic evaluation
Collaborative design of bridges and transportation systems
Climate adaptability and bridge resilience
Track 2: Structural Monitoring and Damage Identification
Bridge health monitoring systems and sensor deployment
Optical fiber sensing and distributed sensing networks
Vibration monitoring and modal analysis
Structural damage identification and condition assessment
Nonlinear vibration and anomaly detection
Fatigue monitoring and remaining life prediction
Digital twin-driven structural monitoring
Integration of Internet of Things and real-time monitoring systems
Computer vision and unmanned aerial vehicle inspection
Deep learning and structural damage identification
Data-driven and physical information fusion monitoring methods
Monitoring data quality and uncertainty quantification
Track 3: Intelligent Operation and Predictive Maintenance
Predictive maintenance and decision support systems
Digital twin and bridge operation management
Artificial intelligence-driven condition assessment and early warning
Integrated framework of monitoring, detection, and decision-making
Risk-based maintenance strategy optimization
Bridge management system and BIM integration
Automated inspection and robot operation
Structural performance degradation modeling and life prediction
Maintenance intervention effect evaluation and feedback
Data governance and standardization in intelligent operation
Sustainable operation and life cycle performance management
Emergency detection and rapid assessment under extreme events
Important Dates | 重要日期
- Submission Deadline: December 14, 2026
- Registration Deadline: January 3, 2027
- Conference Date: January 8, 2027
- Notification Date: About a week after the submission
Submission Portal | 投稿方式
Mail Address: paper_track@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
谢老师
15528045772
3825393354
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