(The following topics include but are not limited to)
Track 1: Applied Physics and Materials Physics
Condensed Matter Physics and Quantum Materials
Semiconductor Physics and Device Physics
Optical Physics and Photonics
Acoustic Physics and Vibration Physics
Thermal Physics and Statistical Physics
Electromagnetism and Electromagnetic Materials Physics
Plasma Physics and Discharge Physics
Low Temperature Physics and Superconductivity Physics
Nanomaterials and Low-Dimensional Materials Physics
Energy Materials Physics and Energy Conversion
Soft Matter Physics and Biophysics
Computational Physics and Numerical Methods
Material Physics Performance Testing and Characterization
Physical Behaviors under Extreme Conditions
Quantum Information and Quantum Computing Physics
Particle Physics and Nuclear Physics Fundamentals
Track 2: Computational Mechanics
Computational Solid Mechanics and Structural Analysis
Computational Fluid Dynamics (CFD)
Finite Element Method and Advanced Algorithms
Boundary Element and Meshless Methods
Multiscale Modeling and Homogenization Methods
Analysis of Multi-Physical Field Coupling Problems
Fluid-Solid Coupling Mechanics
Contact, Friction and Interface Mechanics
Damage, Fracture and Fatigue Calculations
Plastic Mechanics and Constitutive Models
Wave and Vibration Dynamics
Computational Stochastic Mechanics and Uncertainty Quantification
Optimization Design and Topology Optimization
Application of High-Performance Computing in Mechanics
Data-driven and Machine Learning Enhanced Computational Mechanics
Mechanics Modeling in Additive Manufacturing
Track 3: Numerical Simulation and Engineering Applications
Numerical Simulation Theory and Methods
Multiscale Coupled Simulation Technology
Numerical Simulation and Application of Fluid Mechanics
Numerical Simulation and Application of Solid Mechanics
Numerical Simulation and Application of Heat Conduction and Heat Radiation
Numerical Simulation and Application of Electromagnetic Fields
Numerical Simulation and Application of Acoustics and Vibration
Numerical Simulation of Material Processing Processes
Numerical Simulation of Structural Dynamics and Vibration
Mechanical Biomechanics Numerical Simulation and Medical Applications
Numerical Simulation of Geology and Geotechnical Engineering
Numerical Simulation and Optimization of Energy Systems
Numerical Simulation of Environmental Fluid Mechanics
Digital Twin and Simulation Technology
AI and Machine Learning Methods in Numerical Simulation
High-Performance Computing and Large-scale Numerical Simulation...