Climate change and urbanization have exacerbated concerns about urban overheating,
affecting thermal comfort, heat-related mortality, and urban energy consumption, especially …

Climate change has led to prolonged, more frequent, intense, and severe extreme weather
events, such as summertime heatwaves, creating many challenges on the economy and …

This research used machine-learning-based forecasting models to estimate a Supervisory
control and data acquisition system's wind speed and electricity production. Six machine …

The urban flow wind field is a critical element for downstream research, such as mitigation of
urban wind disasters, assessment of urban wind environment, and urban drone route …

Extreme heat is a current and growing global health concern. Current heat exposure models
include meteorological and human factors that dictate heat stress, comfort, and risk of …

The goal of this research is to improve and validate a Reynolds Averaged Navier–Stokes
(RANS) turbulence model to perform accurate Computational Fluid Dynamics (CFD) …

The present wind tunnel particle image velocimetry (PIV) measurements document flows
around flat and steep street canyons subject to thermal conditions at different levels, ranging …

Studies on the dynamic characteristics and comfort evaluation of natural and mechanical
wind have been extensively conducted over the past two decades. However, in these …

Addressing climate change issues is one of the most important tasks within the United
Nations Sustainable Development Goals. Accurate and efficient simulation of wind fields …

Wind is an important factor affecting outdoor thermal comfort in urban environment, but its
turbulence characteristics at the pedestrian level and effects on convective heat transfer (hc) …