Journal article

Cool city design: Integrating real-time Urban canyon assessment into the design process for chinese and Australian cities

M White, Y Hu, N Langenheim, W Ding, M Burry

Urban Planning | COGITATIO PRESS | Published : 2016

Abstract

Many cities are undergoing rapid urbanisation and intensification with the unintended consequence of creating dense urban fabric with deep ‘urban canyons’. Urban densification can trap longwave radiation impacting on local atmospheric conditions, contributing to the phenomena known as the Urban Heat Island (UHI). As global temperatures are predicted to increase, there is a critical need to better understand urban form and heat retention in cities and integrate analysis tools into the design decision making process to design cooler cities. This paper describes the application and validation of a novel three-dimensional urban canyon modelling approach calculating Sky View Factor (SVF), one imp..

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University of Melbourne Researchers

Grants

Awarded by University of Melbourne


Funding Acknowledgements

The research has in part been funded by a University of Melbourne ECR grant, the AURIN Lens10 project for innovative urban design, and supported by the Chinese National Science Foundation (51108228). This paper extends initial preliminary research described in the 2014 ISUF conference (White & Langenheim, 2014b).