| Organizer(s) |
Elisa Torresani, San Diego State University
Kathy Lu, University of Alabama Birmingham
Eugene A. Olevsky, San Diego State University
Diletta Giuntini, Eindhoven University of Technology
Paul D. Prichard, Oak Ridge National Laboratory
Wenwu Xu, San Diego State University
Bowen Li, Michigan Technological University
Charles Maniere, CRISMAT laboratory
Thomas Grippi, Université Toulouse 3 -CIRIMAT
Ma Qian, Royal Melbourne Institute of Technology |
| Scope |
Powder materials synthesis, processing, properties, characterization, and fundamental understanding are part of the science and technology underlying numerous important areas. With new advances in experimental techniques, computation methods, and data sciences, powder materials are making fast advances that enable applications in both structural and functional applications.
This symposium will cover powder material issues related to fundamental and applied sciences in synthesis, processing, properties, and characterization from experimental, computation, and data science approaches. It will consider all aspects of powder material processing and property studies, which includes powder synthesis, forming (including additive manufacturing), sintering, and property evaluation. Powder materials that can deliver outstanding harsh environment properties are especially of high interest. The symposium covers advances in theory, modeling, computation, data informatics while in parallel welcoming cutting-edge experimental techniques and approaches to understand and characterize powder materials in demanding conditions.
Topics include:
· Powder materials synthesis and processing
· Conventional and advanced sintering techniques
· Powder forming and shaping technologies
· Additive manufacturing of powder-based materials
· Processing–structure–properties–performance relationships
· Powder materials behavior under extreme and harsh environments
· Cutting-edge experimental techniques for powder materials characterization
· In situ and operando characterization during powder processing
· Advanced microstructural, mechanical, thermal, and functional property evaluation
· Computational modeling and simulation of powder materials and processes
· Machine learning, data informatics, and digital twins in powder materials processing
· Energy-efficient powder processing and densification strategies
· Sustainable feedstock synthesis and resource-efficient powder production
· Waste minimization, circularity, and closed-loop recycling in powder-based manufacturing |