Scopes
(Including but not limited to the following topics)
Track 1: Geotechnical Engineering
Rock mass failure mechanism and mechanical behavior
Multiscale rock mechanics experiments
Identification and prevention of engineering geological disasters
Rock fracture mechanics and fracture mechanism
Coupled behavior of seepage and mechanics and failure mechanism
Testing and inversion methods of rock physical and mechanical parameters
Rock stability under complex geological conditions
Geological disaster prediction and risk prevention
Slope support technology
Slope deformation monitoring and early warning system
The influence of rainfall and climate change on slope stability
Slope reinforcement technology and material innovation
Big data analysis and application in geotechnical engineering
Application of digital twin technology in geotechnical engineering
Integrated monitoring technology with drones and sensors
Geotechnical engineering information model (GeoBIM) and digital twin
Sensor and wireless monitoring technology
Application of big data and artificial intelligence in rock and soil property prediction
Application of remote sensing and drone technology in geological disaster monitoring
Intelligent geotechnical engineering construction and robot technology
Track 2: Structural Mechanics
Structural wind engineering, structural monitoring, structural load-bearing
Structural earthquake resistance, vibration reduction and vibration control
Structural design and optimization
Structural selection, non-destructive evaluation of structures
Structural reliability and durability
Risk analysis and assessment of structures
Mechanical properties of engineering structures and materials
Structural deformation and failure
Tunnels and underground structures
Intelligent algorithms related to mechanical decomposition
High-rise buildings and large-span structures
Bridge engineering and load analysis, etc.
Track 3: Civil Construction
Structural engineering and seismic design
Bridge engineering and highway construction
Underground engineering and tunnel construction technology
Infrastructure safety and risk assessment
Soil mechanics and foundation engineering
Green buildings and sustainable infrastructure
Construction technology and management innovation
New materials and composite material application
Shield and deep foundation engineering
Road materials and pavement design
Urban underground space development
Intelligent construction and drone application ......
Track 1: Geotechnical Engineering
Rock mass failure mechanism and mechanical behavior
Multiscale rock mechanics experiments
Identification and prevention of engineering geological disasters
Rock fracture mechanics and fracture mechanism
Coupled behavior of seepage and mechanics and failure mechanism
Testing and inversion methods of rock physical and mechanical parameters
Rock stability under complex geological conditions
Geological disaster prediction and risk prevention
Slope support technology
Slope deformation monitoring and early warning system
The influence of rainfall and climate change on slope stability
Slope reinforcement technology and material innovation
Big data analysis and application in geotechnical engineering
Application of digital twin technology in geotechnical engineering
Integrated monitoring technology with drones and sensors
Geotechnical engineering information model (GeoBIM) and digital twin
Sensor and wireless monitoring technology
Application of big data and artificial intelligence in rock and soil property prediction
Application of remote sensing and drone technology in geological disaster monitoring
Intelligent geotechnical engineering construction and robot technology
Track 2: Structural Mechanics
Structural wind engineering, structural monitoring, structural load-bearing
Structural earthquake resistance, vibration reduction and vibration control
Structural design and optimization
Structural selection, non-destructive evaluation of structures
Structural reliability and durability
Risk analysis and assessment of structures
Mechanical properties of engineering structures and materials
Structural deformation and failure
Tunnels and underground structures
Intelligent algorithms related to mechanical decomposition
High-rise buildings and large-span structures
Bridge engineering and load analysis, etc.
Track 3: Civil Construction
Structural engineering and seismic design
Bridge engineering and highway construction
Underground engineering and tunnel construction technology
Infrastructure safety and risk assessment
Soil mechanics and foundation engineering
Green buildings and sustainable infrastructure
Construction technology and management innovation
New materials and composite material application
Shield and deep foundation engineering
Road materials and pavement design
Urban underground space development
Intelligent construction and drone application ......
Important Dates | 重要日期
- Submission Deadline: 2026.7.21
- Registration Deadline: 2026.7.28
- Conference Date: 2026.8.5
- Notification Date: About a week after the submission
Submission Portal | 投稿方式
Mail Address: icmbga_conf@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
徐老师
15680829715
1347638002
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