Generative Design For An Urban Morphology Based On Solar Access Strategy
Résumé
This paper proposes a generative design approach based on a resilient and equitable morphology that integrates the resources of the immediate context. It deals with a method for determining the location and urban morphology according to a passive solar access strategy. We propose the shading restriction to limit the constructions’ shade inside the plot during a shading cut-off time. The generative design makes it possible to generate a digital model of the different density solutions by varying the access solar duration. It allows to define an urban morphology resilient both to urban densification and better use of the useful resources of the context. We present a model of solar neighbourhood approach to optimize solar resources at the urban block level. We discuss the results of its experimentation on three neighbouring plots in Tunis. The results are encouraging to renew the morphological urban rules and to propose a passive urban strategy adapted to climate changes.
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