The present study explores generative approach based on environmental and performance indicators measuring weight and value of each parameter on the final equation of the urban form. The aim of this approach is to focus on the form dependent performances criteria in urban context. The proposed and implemented parametric model could be used to generate desired set of urban forms to have holistic understanding performance and design proposal in the early stages of urban planning. In this study two main outdoor factors selected to simulate and measure performance. First, Urban Heat Island as temperature difference between urban and rural areas, and second shade factor with the definition of shade benefit on the pedestrian area on the public ground.
Mathematical Generative Approach on Performance Based Urban Form Design
CHOKHACHIAN, ATA;PERINI, KATIA;GIULINI, SAVERIO;AUER THOMAS
2017-01-01
Abstract
The present study explores generative approach based on environmental and performance indicators measuring weight and value of each parameter on the final equation of the urban form. The aim of this approach is to focus on the form dependent performances criteria in urban context. The proposed and implemented parametric model could be used to generate desired set of urban forms to have holistic understanding performance and design proposal in the early stages of urban planning. In this study two main outdoor factors selected to simulate and measure performance. First, Urban Heat Island as temperature difference between urban and rural areas, and second shade factor with the definition of shade benefit on the pedestrian area on the public ground.File | Dimensione | Formato | |
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