Numerical Modelling on Metallic Materials

Numerical modelling plays a crucial role in the engineering, manufacturing and scientific research into modern materials. Through numerical simulation, researchers can gain an in-depth understanding of the mechanisms governing materials' behaviour during processing and in service, providing both theoretical foundations and practical guidance for materials and process design, optimisation, and innovation. This Topic Reprint features 20 cutting-edge research papers on the numerical modelling of metallic materials, covering multiple scales from atomic-level microstructures to macroscopic structural performance. These studies highlight the applications of advanced numerical simulation methods in the studies of metallic materials, showcasing their ability to unveil microscopic mechanisms, predict macroscopic properties, and guide real-world engineering applications in material design and manufacturing process optimisation. By exploring these contributions, readers will gain valuable insights into the transformative role of numerical modelling in understanding and innovating metallic material processing technologies. We hope this Topic Reprint will serve as an invaluable resource for researchers, engineers, and graduate students alike in the field of metallic materials, inspiring innovative research ideas and driving the advancement of materials science and engineering.