Scopes
(Including but not limited to the following topics)
Topic 1: Composite Materials
Fiber-reinforced composites
Laminated plate theory
Composite material constitutive models
Interface mechanics and bonding performance
Damage evolution and failure analysis
Fracture toughness and crack propagation
Fatigue performance and life prediction
Creep and relaxation behavior
Thermal-structural coupling effect
Low-speed impact damage
Layering and debonding
Composite laminated structure mechanics
Connection and bonding technology
Repair and remanufacturing
Environmental aging and durability
Multiscale numerical simulation
Manufacturing process mechanics
Structural optimization design
Non-destructive testing and evaluation
Structural health monitoring
Topic 2: Solid Mechanics
Elasticity theory
Plasticity constitutive models
Fracture mechanics and crack propagation
Fatigue mechanics and life prediction
Creep mechanics and aging analysis
Damage mechanics and evolution laws
Continuum mechanics
Structural stability and buckling analysis
Vibration mechanics and modal analysis
Impact mechanics and stress wave propagation
Contact mechanics and friction
Thermoelastic mechanics and thermal stress
Multifield coupling mechanics
Porous medium mechanics
Heterogeneous material mechanics
Nonlinear mechanics analysis
Geometric nonlinearity and material nonlinearity
Energy principles and variational methods
Boundary element method and finite element method
Computational solid mechanics and numerical simulation
Topic 3: Civil Engineering
Concrete structure design and analysis
Steel structure stability and seismic resistance
Composite structure mechanical performance
Structural seismic design and seismic isolation technology
Structural wind resistance design
Structural fire resistance design and fire resistance performance
Foundation and excavation engineering
Geotechnical mechanics and constitutive models
Slope stability and geological disaster prevention
Underground engineering and tunnel mechanics
Bridge structure design and construction
Large-span spatial structure analysis
High-rise structure dynamic response
Prestressed concrete structure
Masonry structure performance
Structural durability and life assessment
Existing structure detection and reinforcement
New prefabricated structure system
Civil engineering new materials application
Civil engineering construction mechanics and monitoring
Structural reliability and full life design
Topic 1: Composite Materials
Fiber-reinforced composites
Laminated plate theory
Composite material constitutive models
Interface mechanics and bonding performance
Damage evolution and failure analysis
Fracture toughness and crack propagation
Fatigue performance and life prediction
Creep and relaxation behavior
Thermal-structural coupling effect
Low-speed impact damage
Layering and debonding
Composite laminated structure mechanics
Connection and bonding technology
Repair and remanufacturing
Environmental aging and durability
Multiscale numerical simulation
Manufacturing process mechanics
Structural optimization design
Non-destructive testing and evaluation
Structural health monitoring
Topic 2: Solid Mechanics
Elasticity theory
Plasticity constitutive models
Fracture mechanics and crack propagation
Fatigue mechanics and life prediction
Creep mechanics and aging analysis
Damage mechanics and evolution laws
Continuum mechanics
Structural stability and buckling analysis
Vibration mechanics and modal analysis
Impact mechanics and stress wave propagation
Contact mechanics and friction
Thermoelastic mechanics and thermal stress
Multifield coupling mechanics
Porous medium mechanics
Heterogeneous material mechanics
Nonlinear mechanics analysis
Geometric nonlinearity and material nonlinearity
Energy principles and variational methods
Boundary element method and finite element method
Computational solid mechanics and numerical simulation
Topic 3: Civil Engineering
Concrete structure design and analysis
Steel structure stability and seismic resistance
Composite structure mechanical performance
Structural seismic design and seismic isolation technology
Structural wind resistance design
Structural fire resistance design and fire resistance performance
Foundation and excavation engineering
Geotechnical mechanics and constitutive models
Slope stability and geological disaster prevention
Underground engineering and tunnel mechanics
Bridge structure design and construction
Large-span spatial structure analysis
High-rise structure dynamic response
Prestressed concrete structure
Masonry structure performance
Structural durability and life assessment
Existing structure detection and reinforcement
New prefabricated structure system
Civil engineering new materials application
Civil engineering construction mechanics and monitoring
Structural reliability and full life design
Important Dates | 重要日期
- Submission Deadline: 2026.8.30
- Registration Deadline: 2026.9.7
- Conference Date: 2026.9.19
- Notification Date: About a week after the submission
Submission Portal | 投稿方式
Mail Address: conf_org@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
肖老师
17172888836
3770887106
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