Climate-informed decision-making for urban design: Assessing the impact of urban morphology on urban heat island

Computer-Aided Simulation Analysis on the Impact of Various Opening Patterns in High-Rise Opening Building towards Pollutants Dispersion

“…Better ventilation performance can be obtained in compact urban development by reducing frontal area density or building number. Luis [18] analyzed the influence of different urban types on the thermal effect. He pointed out that when the building group coverage rate is 30−40%, the city's environmental impact and external trade-offs can be well balanced.…”

Computer-Aided Simulation on the Impact of the Combination of High-Rise Building Wall and Roof Green Coverage Ratio on Urban Microclimate

“…Lin [12] discussed the actual measurement and simulation of the wind environment in different areas of the city by adjusting the building type and the width of the street profile. For ventilation efficiency and area ventilation, Luis [13] analyzed the influence of different urban types on the thermal effect. He proposed that the building group coverage rate of 30 and 40% provided a good balance between the environmental impact in the city and the external trade-off.…”

Large Eddy Simulation Study of Urban Heat Island Effect and Urban Air Pollution Diffusion

“…This paper proposes a built environment optimization and regulation to cut the urban heat island effect, and provides decision support for land space planning, optimization and management [17][18]. The control and guiding role of planning can put the mitigation of the urban heat island effect in the position of taking precautionary measures and prevent problems before they occur, and solve the urban thermal environment problem at the source.…”