Materials Science in Additive Manufacturing (MSAM)
Materials Science in Additive Manufacturing (MSAM) aims to bridge the cutting-edge research between additive manufacturing and the entire spectrum of materials science. The journal covers all applied and fundamentals of processing, synthesis, structure, composition, properties and performance of materials designed or manipulated for additive manufacturing. The journal covers a wide scope of innovative techniques, processes, methods, and applications
Aims & Scope
Materials Science in Additive Manufacturing (MSAM) aims to bridge the cutting-edge research between additive manufacturing and the entire spectrum of materials science. The journal covers all applied and fundamentals of processing, synthesis, structure, composition, properties and performance of materials designed or manipulated for additive manufacturing. The journal covers a wide scope of innovative techniques, processes, methods, and applications
Aims
To provide a dedicated international platform for researchers, engineers, and industry practitioners to share cutting-edge research at the intersection of additive manufacturing and the full spectrum of materials science.
To bridge fundamental and applied research in materials science, covering the processing, synthesis, structure, composition, properties, and performance of materials specifically designed or modified for additive manufacturing.
To facilitate the global exchange of knowledge and interdisciplinary collaboration among scholars, scientists, and professionals working in additive manufacturing and materials-related fields.
To promote the translation of innovative research findings into practical additive manufacturing techniques, processes, and real-world applications.
Scope
The journal covers the fundamental principles, applied research, and practical applications at the intersection of additive manufacturing (AM) and materials science, encompassing a broad spectrum of innovative techniques, processes, methods, and real-world applications. Its scope includes but is not limited to:
Materials Processing & Synthesis for Additive Manufacturing
- Fundamental and applied processing of metal, ceramic, polymer, composite, and multi-materials tailored for AM technologies.
- Synthesis and functionalization of advanced materials compatible with AM processes.
- Feedstock development and its correlation to printability and final material properties.
Material Structure, Composition & Microstructural Engineering
- Microstructural evolution, phase formation, and crystallographic characteristics during AM processes
- Manipulation of material composition, grain structure, and defect mitigation for AM-built components.
- Hierarchical structure design and characterization for AM materials, including hierarchical porous and functionally graded structures.