I am a Professor in the department of Earth Science and Engineering at Imperial College London (ICL), UK. I am also head of the Applied Computation and Modelling Group (AMCG), which is the largest department research group at ICL and comprises of about 70 research active scientists. AMCG specialises in the development and application of innovative and world leading modelling techniques for earth, engineering and biomedical sciences. The group has core research interests in numerical methods for ocean, atmosphere and climate systems, engineering fluids including multiphase flows, neutral particle radiation transport, coupled fluids-solids modelling with discrete element methods, turbulence modelling, inversion methods, imaging, and impact cratering. I was honoured by Imperial College London by winning its Research Excellence Award in 2010, in recognition my world-leading research.
As of 2017, I have authored over 200 journal publications (which have so far received over 5000 citations), 2 book chapters, 1 patent, graduated 45 PhD students and completed 40 industry and research council grants.
Career Highlights and Awards (as of 2017)
- Published 200 journal papers, 2 book chapters, 1 patent, and 2 published reports.
- Graduated 45 PhD students.
- Rector’s Award for Research Excellence 2010 – only one awarded at Imperial annually.
- Rector’s Award for Research 2004.
- Attracted more than 40 industry, research council and European grants.
- Attracted over £23M in research funding over the last 10 years.
- Chair and organiser of a number of conferences e.g. Ocean Modelling, Transport Theory and the Japanese Todai Forum 2010.
et al., The shape and motion of gas bubbles in a liquid flowing through a thin annulus, Journal of Fluid Mechanics, ISSN:0022-1120
et al., A reduced order model for criticality problems in reactor physics varyingcontrol rod settings, Proceedings of the 24 th UK Conference of the Association for Computational Mechanics in Engineering
et al., Vanishing artificial capillary pressure as a mechanism to accelerate convergence, Interpore
et al., DYNAMIC UNSTRUCTURED MESH ADAPTIVITY FOR IMPROVEDSIMULATION OF GEOTHERMAL WATER EXTRACTION INRESERVOIR-SCALE MODELS, 3rd Thermal and Fluids Engineering Conference
et al., Simulation of enhanced geothermal systems using dynamic unstructured mesh optimisation, EAGE annual conference and exhibition