This study investigates the effects of urban design elements i.e. street canyon geometry (Canyon length, width, height, orientation, and SVF) and greenery on the urban microclimate using remote sensing and computational fluid dynamics-based techniques. The important conclusion derived from the current research can be used by designers for climate-responsive urban design in case of the future extension of these cities.
Adoption of a Performance Evaluation Technique for the Development of a Framework for the Climatic Responsive Urban Design (CRUD) / Sherbaz, Salma; Mughal, Humera; Ullah, Malik Safi; Saddam, Abrar Us. - ELETTRONICO. - 0:(2018 Dec), pp. 1-4.
Adoption of a Performance Evaluation Technique for the Development of a Framework for the Climatic Responsive Urban Design (CRUD)
Ullah, Malik Safi;
2018
Abstract
This study investigates the effects of urban design elements i.e. street canyon geometry (Canyon length, width, height, orientation, and SVF) and greenery on the urban microclimate using remote sensing and computational fluid dynamics-based techniques. The important conclusion derived from the current research can be used by designers for climate-responsive urban design in case of the future extension of these cities.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
