Main Research Interests: Computational Physics Mathematical Modelling and Numerical Simulations Computational Fluid Dynamics Nanofluidics; Electrokinetic Flows Theory of Electrolytes and Electrode-Electrolyte Interfaces Electro-chemical Energy Devices
Traffic Flow Theory: micro-macro link, spatio-temporal patterns near ramps and bottlenecks, delay, many-neighbour coupling Energy-economic Models: economic models subject to resource constraints, origins of the Industrial Revolution Research Grants, Funding and Scholarships: My work has been supported by the following sources of funding: NSERC Ontario Research Fund CFI Government of Canada (SIF) MITACS Research Council of Norway SIU Ballard Toyota Motor Corporation Enbridge Inc. Beakerhead Academics Without
Summer Research Students: Justin Findlay (2005) Science Undergraduate Summer Research Assistant (SUSRA) "Bottleneck Simulation with a CA Traffic Model" Stephen Korte (2005, 2006) i) NSERC USRA Summer Research Student (2005) MATHEMATICAL MODELLING OF THE WORLD OIL PRODUCTION PEAK ii) SUSRA (2006) (co-supervision) "Celestial Mechanics" Paul Hanz (2007) SUSRA "Modelling the World Energy Production Peak" Philippe Nadon (2019) "Self-consistent PEM Pore Network Models in 2-D and 3-D" Ethan Wood (2022) "Examinatio