(The following topics include but are not limited to)
Track 1: Computational Mechanics and Numerical Methods
Numerical methods for damage and fracture (near-field dynamics, phase field method, SPH, DEM, DFEM and coupling methods)
Multiscale damage and fracture models and methods
Damage modeling in multi-physics field problems such as fluid-solid coupling and thermal coupling
Dynamic fracture modeling, impact and explosion failure and protection
Data-driven failure analysis
New progress in sub-grid scale models of turbulent large eddy simulation (LES)
RANS-LES hybrid methods and wall models
Application of AI and quantum computing in LES
AI-enhanced numerical methods in engineering and physical sciences
Physical information neural networks and operator learning framework
Computational modeling of random systems and uncertainty quantification
Multiscale modeling of contact mechanics, friction, wear and fatigue
Numerical simulation of fluid mechanics and elastic fluid dynamic lubrication
Track 2: Computational Modeling of Materials and Structures
Intelligent simulation and generation of materials and metamaterials
Multiscale modeling and numerical calculation of complex systems
Multiscale modeling and simulation of aerospace structures
Design of mechanical metamaterials and lattice structures
Mechanical modeling of intelligent materials and active structures (liquid crystal elastomers, dielectric elastomers, shape memory polymers, magnetic active composites, piezoelectric actuators)
Programmable mechanical metamaterials and mechanical logic structures
Multiphysics modeling and experimental characterization of intelligent materials and structures for robots
Mechanical properties of energy materials and structures: DFT, molecular dynamics, phase field modeling
Mechanical performance, degradation mechanisms and data-driven methods of energy materials
Corrosion damage mechanism and life prediction of structural materials
Modeling of hydrogen embrittlement, stress corrosion cracking and environmental-induced cracking
Damage evolution of corrosion fatigue and mechanical-environment coupling
Mechanics and simulation of advanced biomaterials and biomanufacturing
Track 3: Engineering Simulation and Cross-Applications
Aerospace structure optimization and lightweight design
Aerospace aerodynamic-structural-thermal coupling analysis
Fatigue and damage tolerance analysis under extreme conditions
Application of additive manufacturing and digital twins in engineering simulation
Application and mechanical analysis of intelligent structures in aerospace
Computational and simulation of geotechnical engineering
Computational of marine and polar engineering
Methods for structural integrity and life assessment
Mechanical simulation of bioengineering and biomechanics
Mechanical simulation of composite materials
...