(The following topics include but are not limited to)
Track 1: Solid Mechanics
Fundamental theories and constitutive models of solid mechanics
Elastic mechanics and plastic mechanics
Fracture mechanics and damage mechanics
Fatigue, creep and material failure analysis
Computational mechanics and numerical simulation methods
Multifield coupling mechanics (force-electricity-magnetism-heat-chemical coupling)
Structural dynamics and vibration analysis
Contact mechanics and tribology
Biomechanics and biomimetic mechanics
Experimental mechanics and advanced testing techniques
Structural optimization design and topology optimization
Lightweight structure design and application of high-performance materials
Mechanical behavior of materials and structures under extreme conditions
Mechanical design of intelligent materials and structures
Multiscale mechanics and cross-scale simulation
Track 2: Engineering Thermophysics
Heat transfer and mass transfer (conduction, convection, radiation)
Thermodynamics and engineering thermodynamics
Fluid mechanics and computational fluid dynamics (CFD)
Multiphase flow and fluid-structure coupling
Thermal system modeling and simulation
Combustion and reaction kinetics
Thermal measurement and experimental techniques
Thermophysical issues in energy systems
Thermophysical issues of new energy and renewable energy
Thermal management technology and heat dissipation design
Phase change heat transfer and enhanced heat transfer
Micro-scale heat transfer and nanothermal physics
Thermal radiation and photothermal conversion
Thermal-thermal coupling and thermal stress analysis
Track 3: Advanced Materials
Advanced composite materials (metal-based, ceramic-based, polymer-based)
Smart materials and multifunctional materials
Micro/nanomaterials and nanotechnology
Semiconductor materials and optoelectronic materials
Energy materials (battery materials, photovoltaic materials, thermoelectric materials)
Bio materials and biomimetic materials
Metamaterials and three-dimensional materials
Flexible electronic materials and wearable technology
Polymer materials and functional polymers
Ceramic materials and refractory materials
Metal materials and alloy design
Material forming, processing and manufacturing technology
Surface engineering and coating technology
Material characterization, testing and evaluation
Computer-aided material design and simulation
Additive manufacturing and advanced manufacturing technology
Sustainable materials and green materials
Material corrosion and protection technology ......