(The following topics include but are not limited to)
Track 1: Metallurgical Processes
Steel metallurgy and non-ferrous metal metallurgy
Metallurgical physical chemistry and metallurgical thermodynamics
Metal material design and alloy development
Mechanical behavior and failure analysis of metal materials
Microstructure and performance control of metal materials
Metal surface engineering and coating technology
Special functional metal materials, high-end structural metal materials
Design and preparation of metal matrix composites
Hard and wear-resistant metals, hard alloys and precious metals
Corrosion and protection technologies for metal materials
Powder metallurgy and metal additive manufacturing raw materials
Green metallurgy and low-carbon smelting technologies
Hydrogen metallurgy and hydrogen-based direct reduction processes
Recycled metal resources and recycling
Modeling, simulation and optimization of metallurgical processes
Intelligent production processes and metallurgical equipment
Track 2: Material Processing
Metal casting, pressure processing and forming technology
Welding, cutting and joining technology
Metal material heat treatment and microstructure control
Precision forming and near-final form manufacturing technology
Semi-solid forming and continuous casting technology
Powder metallurgy material preparation and sintering technology
Metal additive manufacturing (3D printing) process and materials
Laser processing and surface engineering
Metal material plastic deformation and recrystallization
Multifield coupling simulation of material forming process
Integrated forming technology for large complex components
Digital and intelligent control of material processing process
Optimization of high-performance material processing technology
Short-process manufacturing and ultra-short-process manufacturing technology
Material forming and processing in extreme environments
Material processing quality inspection and process control
Track 3: Advanced Manufacturing
Intelligent manufacturing systems and digital factories
Industrial robots and automated equipment
Digital twin-driven manufacturing and operation
Application of artificial intelligence in metallurgy and material processing
Machine learning-driven material design and process optimization
Data-driven modeling of material manufacturing process
Intelligent sensing, online detection and quality control
Industrial Internet of Things and cyber-physical systems
Computer-aided design and manufacturing (CAD/CAM/CAE)
Integration of additive manufacturing and advanced manufacturing processes
Precision manufacturing and ultra-precision processing technology
Flexible manufacturing systems and collaborative manufacturing
Intelligent monitoring and fault diagnosis of manufacturing process
Industrial big data analysis and quality traceability
Green manufacturing and sustainable manufacturing processes ......