I completed a BSc in Geology (Hons 1st Class) at Glasgow University in 1984 and then a Masters in Computer Science at Bradford University in 1987. Thereafter, I worked on satellite rainfall prediction and hydrological modelling at Reading University for 2 years, before undertaking a PhD at the University of London (1989-1994) in Mathematical Modelling of Tectonics and Sedimentation. Two Postdoc fellowships then followed: A 2-year Royal Society European Science Exchange Fellowship at CSIC (Jaume Almera) in Barcelona, and 1-year post-doc working with John Suppe at Princeton University. I was subsequently a lecturer in the Earth Science Department at the University of Manchester for 5 years. I have been an ICREA Research Professor in the Faculty of Geology at the Universitat de Barcelona since 2003.
My research interest lies in the mathematical, numerical, modelling of geological processes (tectonics, sedimentation, volcanology, etc.) on both Earth and other Planetary bodies. To this end, I use a variety of different approaches to try to better understand (through both modelling and validation) the various relationships preserved in the physical geological record on Earth, or recorded by remote sensing techniques on distant Planetary bodies. I am interested in both continuum (e.g. finite difference, finite element) and discontinuum techniques (e.g. discrete element, SPH) both from a theoretical standpoint and in using them in practical applications. I am also very much interested in using high performance computing (HPC) to run high resolution, parallelized numerical models and visualize the results of such models. Recent research has focused on computational determinism in parallelized HPC codes, Martian tectonics, viscous deformation, salt tectonics and discrete element modelling of deltaic sedimentation.
– Hardy S 2019, “Novel discrete element modelling of Gilbert-type delta formation in an active tectonic setting – first results.”, Basin Research, 31, 1, 77-91.
– Hardy S 2019, ‘Discrete element modelling of extensional, growth, fault-propagation folds’, Basin Research, 31, 3, 584 – 599.
– Hardy S 2019, “The Internal Structural Evolution of Calderas: Results from 3D Discrete Element Simulations”, Geosciences 2019, 9, 419;