Research

Coupled environmental flow and transport

We investigate turbulence, heat and mass transfer, and interacting physical processes across natural and built environments.

Research areas

Three connected themes

The themes below share a common foundation in fluid mechanics, heat transfer, atmospheric science, and high-fidelity computation.

Atmosphere & fire

Land–Atmosphere Interaction

Wildland-fire and smoke dynamics, firebrand transport, atmospheric turbulence, complex terrain, and plant-canopy flows.

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Predictive models

Heat Transfer & Prognostic Models

Temperature, moisture, ignition potential, natural thermal structures, and building–environment energy exchange.

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Built environments

Urban Microclimatology

Interactions among urban morphology, materials, climate, mitigation strategies, and building energy demand.

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