Elijah Borodin

Elijah Borodin is a Lecturer in Solid Mechanics within the Department of Mechanical and Aerospace Engineering. His research focuses on advanced materials science and mechanics, particularly in plastic deformation, high strain rate phenomena, and severe plastic deformation processes. He contributes to the UN Sustainable Development Goals through his work on material innovation for sustainable engineering solutions.

Key research areas include materials physics, numerical simulation of microstructural evolution, and theoretical modeling of dynamic recrystallization. He collaborates internationally on projects like the MaPoS initiative, exploring mechanics and physics of solids. His recent studies investigate grain boundary dynamics, defect-induced fracture in nanocomposites, and computational models of plastic flow instabilities.

Borodin has authored over 44 peer-reviewed publications, with recent work published in journals like Acta Materialia and Materials & Design. His projects involve interdisciplinary teams addressing challenges in dynamic fracture, microcrack behavior, and material response under extreme conditions.