Elijah Borodin

Elijah Borodin is a Lecturer in Solid Mechanics within the Department of Mechanical and Aerospace Engineering at The University of Manchester. His research interests include structural models for defect plasticity in metals, rheological models for high-strain-rate deformation, severe plastic deformation, and materials characterisation using EBSD and CT-based techniques. He also explores the design of advanced ceramic composites and the plasticity of nanocrystalline materials. Borodin's work contributes to Sustainable Development Goals 4, 7, and 9. His research involves numerical simulations and discrete mathematical approaches, with a focus on materials design and crystallography.

Elijah Borodin is a researcher at The University of Manchester specializing in Theoretical Materials Science, Materials Characterisation, Materials Design, and Plasticity. His work focuses on understanding the mechanisms of plastic deformation, including dislocation dynamics, grain boundary sliding, and the role of microstructure evolution in materials under various deformation conditions. Borodin's research explores the physical nature of strain rate sensitivity, yield strength, and the structural characteristics of grain boundary networks in metals and alloys. His studies also address the relaxation mechanisms of plastic deformation and the influence of grain size and boundary structure on mechanical behavior under quasi-static and high-rate loading.