APLICAÇÃO PRÁTICA DE UM FLUXO DE TRABALHO PARAMÉTRICO EM PROJETO ARQUITETÔNICO PARA CIDADES COM DIFERENTES ESTRATÉGIAS BIOCLIMÁTICAS

Abstract

The bioclimatic project aims at obtaining environmental comfort with reduced energy consumption, where design strategies and construction elements are applied, adapted to the context in which the building will be inserted. Supporting tools such as computer programs are increasingly relevant so that the professional can evaluate their design decisions, since they seek to facilitate the visualization and verification of these decisions through the use of support methods that seek to assist the architect. This article aims to apply, in architectural design, a workflow for dimensioning of solar obstruction elements using parametric software. We defined models that served as the basis for the study, considering the cities of Curitiba and Fortaleza that have different climatic conditions. A workflow created for dimensioning of solar obstruction elements (Cobogó) was used, reaching adequate solutions for the proposed models, verifying the potential of the use of parametric modeling from the software Rhinoceros and its plug-ins Ladybug and Grasshopper, and considering the heat gain by incident radiation. The results were satisfactory when perceiving the speed and quality of the parametric software in the ambit of architectural design and bioclimatic analysis of the buildings, being able to be applied in models of different cities.