Michael Kirkpatrick is Associate Professor in Fluids, Energy and Environment at the University of Sydney's School of Aerospace, Mechanical and Mechatronic Engineering. His research develops advanced mathematical models for river systems to predict water quality impacts from climate and flow changes. Education: PhD, University of Sydney (2002) BE (Mechanical Engineering), University of Sydney (1996) Kirkpatrick's work focuses on thermal stratification in rivers—where solar heating creates surface warm layers inhibiting vertical mixing—which can cause oxygen depletion and toxic conditions. His models predict mixing efficiency under varying weather and flow conditions, enabling optimized water releases from reservoirs to prevent ecological damage. Research combines computational fluid dynamics (including lattice Boltzmann methods), laboratory experiments, and field data. His publications demonstrate expertise in stratified flows, turbulent mixing, and computational methods. Recent articles analyze meandering river hydrodynamics, negatively buoyant jets, and urban microclimate modeling. Work emphasizes practical applications in environmental management and features experimental validation of numerical models. Kirkpatrick teaches fluid mechanics, thermal engineering, and renewable energy courses. He leads projects on sustainable water resource management supported by Australian research councils.
