GIS tool to estimate the impact of anthropogenic heat on air temperature, Singapore
Iso-thermal surface of ΔT= 1 °C, outside surfaces, ΔT= 0.5 °C, inside surfaces. Pinnacle, Singapore
Time-averaged wind velocity at H = 2m. Pinnacle, Singapore
Parametric study results of Influence of urban topology on anthropogenic heat dispersion
Heat dispersion at Newton, Singapore
Heat dispersion under various wind-buoyancy ratios as the driven wind speed (U) at Newton, Singapore
Large scale temperature field fluctuation under wind-buoyancy driven urban ventilation
Buoyancy driven airflow speed distributions at pedestrian level (z = 2 m)
GIS tool to estimate the impact of anthropogenic heat on air temperature around NUS campus, Singapore
