Uma proposta para inspeção de anomalias nos sistemas prediais de água fria e esgoto na fase de uso e operação

Abstract

The built environment development process constantly demands greater collaboration and a holistic understanding of the project life cycle. Building systems are becoming increasingly complex and demand more qualified professionals and lots of detailed projects. When addressing building plumbing systems, it is observed that they are responsible for most pathological manifestations in buildings, and a considerable part of these failures arise from inefficient processes of representing the asset to be built. Building Information Modeling – BIM, as a set of processes, technologies, and policies based on three-dimensional parametric models is a paradigm shift in the Construction Industry, and the variety of its applications can be crucial for a transformation of the activities carried out in this industry. The main objective of this work is to propose applications of BIM for the monitoring of pathological manifestations in plumbing systems. For this, a case study was conducted with the development of a BIM model for two areas of the Aquatic Sports Center of the Physical Education department in UFJF. The research addresses the significant challenges in the development of the BIM model, such as information collection, updating projects to BIM platforms and the way failures in the system can be managed in these models. For this, in addition to the BIM model of these environments, the work proposes a series of parameters to assist building maintenance activities. The research reinforces the importance of BIM in improving the management of maintenance services, communication between teams, and promoting efficiency and sustainability throughout the project life cycle.