In order to face increasing socio-economic challenges in a climate-change scenario, we should aim at redesigning our built environment, improving resilience and sustainability. Green infrastructure – trees in particular – play a critical role in urban heat island mitigation. Outdoor comfort simulations are useful tools to assess microclimate, and the different parameters influencing human energy balance and thermal comfort. The potential of bioclimatic design is illustrated testing the simulation tools Ecotect and CitySim on a dismissed iconic pharmaceutical factory in Rome (Italy), supporting its regenerative project, and thus offering useful insights for evidence-based design of urban postindustrial degraded sites.
Restorative design of urban brownfields. An interdisciplinary approach linking nature-based solutions, heritage requalification and human wellbeing / Andreucci, Maria Beatrice; Cupelloni, Luciano; Delli Paoli, Marco; Coccolo, Silvia. - 16:(2020), pp. 3445-3451. (Intervento presentato al convegno 16th IBPSA International Conference & Exhibition Building Simulation 2019 tenutosi a Roma) [10.26868/25222708.2019.210630].
Restorative design of urban brownfields. An interdisciplinary approach linking nature-based solutions, heritage requalification and human wellbeing
Andreucci, Maria Beatrice
Primo
Writing – Original Draft Preparation
;Cupelloni, LucianoSupervision
;Delli Paoli, MarcoVisualization
;
2020
Abstract
In order to face increasing socio-economic challenges in a climate-change scenario, we should aim at redesigning our built environment, improving resilience and sustainability. Green infrastructure – trees in particular – play a critical role in urban heat island mitigation. Outdoor comfort simulations are useful tools to assess microclimate, and the different parameters influencing human energy balance and thermal comfort. The potential of bioclimatic design is illustrated testing the simulation tools Ecotect and CitySim on a dismissed iconic pharmaceutical factory in Rome (Italy), supporting its regenerative project, and thus offering useful insights for evidence-based design of urban postindustrial degraded sites.File | Dimensione | Formato | |
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