Canada
Concordia University
Thermal resilience, heat waves, passive cooling, quantitative assessment, degree of shock
Building overheating, Heatwave, Resilience, Thermal Resilience Index (TRI), Standard Effective Temperature (SET)
Urban Heat Island, Weather Research and Forecast, Heatwave, Regional Climate, extreme weather, Anticyclone
Ventilation, Air change rates, Tracer gas, Well-mixed space, Air mixing uniformity, CO2 mointoring
heatwave, multi-scale model, heat stress, vulnerable areas
Urban microclimate, Turbulence modeling, machine learning, Fourier Neural Operator, OpenFOAM, GPU
Climate Change, Outdoor thermal comfort, Urban microclimate, CFD simulation, Future thermal comfort, CityFFD
Climate change, Outdoor thermal comfort, urban microclimate, CFD simulation, Future thermal comfort
helium smoke similarity, PV roof fire, smoke spread, CFD simulations, PIV, wind tunnel experiment
Urban heat, Thermal airflows, Helium, Buoyancy, Computational Fluid Dynamics (CFD)
Building energy use, Explainable AI, Climate zones, energy retrofit, Machine Learning
climate change, Urban Overheating, Machine learning, Field Measurement, Urban Greening, Nature-Based Solutions
