The 7th International Conference on Advanced Metallic Materials(AMM 2026) focuses on advanced metallic materials by exploring fundamental deformation and phase transformation mechanisms, advanced alloy systems, processing technologies, performance behavior, and sustainable materials design for engineering and energy applications.
Key Topics
- Fundamental phenomena and theory
- Phase transformations and microstructural evolution
- Defect engineering and deformation mechanisms
- Computational materials design
- High-entropy and complex concentrated alloys
- Advanced processing and manufacturing
- Additive manufacturing and metal 3d printing
- Severe plastic deformation techniques
- Powder metallurgy and smart processing routes
- Surface engineering and protective coatings
- Key material classes and systems
- Lightweight and high-temperature alloys
- Shape memory and superelastic materials
- Metallic glasses and amorphous metals
- Metal matrix composites and nanocomposites
- Properties and performance
- Mechanical behavior and fatigue resistance
- Corrosion and environmental degradation
- Functional and radiation-resistant properties
- Fracture mechanics and durability analysis
- Sustainability and life cycle engineering
- Recyclable alloy design and circular economy
- Green manufacturing processes
- Energy-related materials applications
- Life cycle assessment methodologies
- Characterization and testing
- Advanced microscopy and tomography techniques
- Non-destructive testing and evaluation
- In-situ and operando material characterization
Who should Attend
- Materials scientists and metallurgical engineers
- Academic researchers in advanced materials
- Industrial R&D professionals in metals and alloys
- Manufacturing and additive manufacturing specialists
- Mechanical and aerospace engineers
- Graduate students and early-career researchers in materials science
