Daniel Eakins

Dr Daniel Eakins is an experimental scientist at the University of Oxford, where he serves as Associate Head of Department (Graduates) in the Engineering Science Department. His research focuses on shock compression of solids, dynamic strength, incipient plasticity, and failure, with an emphasis on ultrafast X-ray probing of extreme states. He investigates hexagonal materials, shock-induced chemistry, additive manufacturing, and granular materials. Dr Eakins employs gas-guns and high-power lasers to study material behavior under extreme loading conditions, bridging lattice-level processes to bulk-scale phenomena. His work includes the dynamic response of metals and ceramics, particularly in heterogeneous systems, and the shock response of porous and cellular materials.

Daniel Eakins is a Professor at the University of Oxford, specializing in shock physics, impact dynamics, and the dynamic behavior of materials under extreme conditions. His research focuses on understanding the mechanical response of materials, such as aluminum and powder mixtures, under high-strain-rate loading and shock compression. He investigates phenomena like adiabatic shear band formation, dynamic yield point attenuation, and shock-induced reactions. His work combines experimental techniques with advanced simulations, including discrete dislocation dynamics and mesoscale modeling. Eakins' research has significant implications for materials science, high-energy density physics, and the development of novel materials for extreme environments.