The Use of FTA (Fault Tree Analysis) to Evaluate the Contribution of BIM Platform to The Environmental Quality on Rehabilitated Buildings
Several studies recognize the potential of interventions in existing buildings that ensure sustainability and improve the environmental quality of cities.The rehabilitation of these constructions reduces the consumption of natural resources and the intervention in new lands.In the context of sustainable design,the use of tools that support the integrated and collaborative work as Building Information Modeling(BIM)offers a great potential to identify and propose interventions that implement sustainable practices both in new buildings as in rehabilitation of existing buildings.In order to evaluate the possibilities of the use of BIM Platform in a building environmental performance analysis a case study on the head office of an important Brazilian company at Rio de Janeiro was performed.The original design of the building is a result of a national design contest and its construction was performed in the 70s.Improving the environmental performance of the building was one of the principals of the rehabilitation design,which used AQUA HQE environmental assessment and the Brazilian energy efficient performance PROCEL as its parameters.The company design team defined the environmental quality profile for the rehabilitation,later; they hired a design office to develop the design using BIM Platform.The design office developed a digital model that could work in an integrated and multidisciplinary manner.However,there has been little integration between the definition and verification of categories and environmental targets of AQUA HQE method and the employment of BIM model.This article is part of a PhD Thesis,and presents the results of the analysis of the potentialities of BIM Platform through the use of FTA – Fault Tree Analysis Method.The results suggest that the use of BIM model since the beginning of the rehabilitation design process could brought more dynamic and integrated design solutions.Therefore,one must review the practices of design process that aims for integrated design solutions through collaborative work.
rehabilitation environmental quality BIM
Fabiana DIAS DA SILVA Monica Santos SALGADO
Petrobras,Brazil Federal University of Rio de Janeiro,Brazil
国际会议
2017世界可持续建筑环境大会(the World Sustainable Built Environment Conference)
香港
英文
2020-2025
2017-06-05（万方平台首次上网日期，不代表论文的发表时间）