(The following topics include but are not limited to)
Track 1: Preparation and Characterization of Advanced Materials
Metal-based advanced materials, high-temperature alloys and lightweight alloys
Ceramic materials, functional ceramics and structural ceramics
Polymer functional materials and engineering polymers
Nanomaterials, nanoflakes and nanoscale reinforcing phases
Two-dimensional materials and their composite materials
Bio-based materials and biomimetic advanced materials
Intelligent materials: shape memory materials, magnetorheological, piezoelectric materials
Additive manufacturing (3D printing) materials and powder raw materials
Carbon-based materials: carbon fibers, carbon nanotubes, graphene materials
Functional coatings, protective coatings and surface modification materials
New material preparation techniques: sintering, infiltration, vapor deposition
Microscopic characterization techniques (SEM, TEM, XRD, AFM, etc.)
Non-destructive testing and in-situ observation techniques for materials
Phase transformation mechanisms and microstructure control of materials
Biodegradable materials and environmentally friendly new materials

Track 2: Design and Manufacturing Technology of Composite Structures
Fiber-reinforced resin-based composite structures
Structural design and forming of metal-based composite materials
Ceramic-based composite materials and multiphase composite structures
Laminated structures, lattice structures and porous composite structures
Gradient material structures and heterogeneous composite structures
Forming processes of composite materials components: winding, molding, pultrusion
Preparation and process optimization of additive manufacturing composite structures
Composite material connection technologies (gluing, mechanical connection, welding)
Mechanism of formation of defects in composite material components and control
Biomimetic composite structure design and topology optimization
Lightweight design of composite material components
Forming of large-sized composite structures and process simulation
Design of interface of composite structures, interface modification and interface characterization
Multifunctional integrated composite structures

Track 3: Mechanical Properties and Failure Analysis of Materials and Structures
Static mechanical properties of materials: tensile, compressive, bending, shear
Dynamic mechanical, impact mechanics and high strain rate response
Research on fatigue, creep and stress relaxation behaviors
Fracture mechanics, crack propagation and damage evolution mechanisms
Layer inter-relationship damage, delamination and interface fracture in composite materials
Mechanical properties under multi-field coupling (thermal, hydrothermal)
Structural vibration, stability and buckling analysis
Construction of constitutive models and parameter identification
Finite element simulation, multi-scale mechanical simulation
Structural impact protection, anti-blast and anti-intrusion performance
Decay laws of mechanical properties under environmental aging
Failure mechanism and failure prediction of materials and structures
Composite material damage monitoring and health assessment
Fatigue life prediction and reliability assessment
Nanometer-scale mechanics and micro-area mechanics testing
Mechanical properties of rock and soil composite media
Mechanical verification of aerospace composite components
Mechanical coupling damage in materials under marine environment
...