Advanced Manufacturing and Mechanical Properties of Metals and Alloys

Deformation-driven and advanced manufacturing has emerged as a promising method for producing a wide range of metal and alloy products, with the potential to deliver high-performance components at a low cost. The critical factor is influencing extreme fabrication conditions like high temperatures and pressures. We anticipate that the perspectives and research presented in this article collection will spark debate in the Physical Metallurgy community, leading to best practice applications in future research and breakthroughs in the field.

This special edition Research Topic aims to inspire, inform, and direct researchers in the field by providing a thorough overview of the area.

This special issue will look at the most promising advanced manufacturing techniques and materials for energy-related applications, as well as how to integrate different properties to achieve multifunctionality. A multidisciplinary approach is inherent in the research fields, beginning with fundamental material knowledge and progressing to chemical and/or physical interactions during deformation, characterization tools to study such properties, and their dependability for energy applications.