Type de publication:

Book Chapter

Source:

WIT Transactions on Ecology and the Environment, WIT Press, Volume 220, p.177-183 (2017)

Numéro d'appel:

halshs-01697684

URL:

https://halshs.archives-ouvertes.fr/halshs-01697684

Résumé:

The emergence of sustainable development has transformed and renewed urban design and architecture principles and practices. Indeed, influenced by sustainable and “green” criteria, planners and designers have included specific issues to their action: low-energy consumption, biodiversity protection, pollution control and water management. Concerning the latter, alternative methods for a sustainable rainwater management have been emerging for the last few decades. In this paper, we present a software we are currently working on for designing alternative water management structures. Issued from a collaborative work between engineers, hydrologists, urban designers and policy makers, this software aims at supporting these stakeholders in dimensioning, volumes calculation, infiltration modeling, etc. It also furnishes a 3D visualisation, thus giving new communication skills. Therefore, this software also acts as a decision support tool concerning alternative methods. Based on semi-structured interviews with urban designers (architects, landscape designers) and engineers, this paper aims at providing an understanding of the role of software on the transition of a socio-technical regime, in this case urban design. More precisely, this paper offers a view on the factors that enable or inhibit the adoption of sustainability-oriented technologies in urban design.

Notes:

Humanities and Social Sciences/Architecture, space managementBook sections