Elaboração de famílias carregáveis de objetos paramétricos para alvenaria estrutural no software Revit

Abstract

Civil construction is constantly evolving its tools and practices in order to raise the standard of processes to the industrial level, mitigating rework, losses and waste, in favor of optimizing productivity. In this sense, tools capable of implementing the concept of interoperability have been developed, which allows multidisciplinary teams to work simultaneously, or partially simultaneously, on the same project model. This is due to the advent of BIM processes, which emerged in the 1980s. Through these, all project information is centralized in a single model, allowing changes to be carried out in an agile way, due to the parametric nature of the objects. , and that when performing them, team members have access to them simultaneously, preserving them throughout the design and design process. Based on this knowledge and on the others presented in this work, parametric constructive elements were created linked to structures in structural masonry, in order to enable the elaboration of a project quickly and preserving the integrity of the information so that employees work in the disciplines linked to the project, planning and budgeting, have reliable data at hand. Therefore, as the proposal is the architecture of the structure of elements in parametric terms, the actions performed for modeling, parameterization and graphic representation of the elements were described, alluding to the creative processes and decision making for this. Finally, the results obtained were presented, based on the creation and presentation of quantitative tables of materials and graphic document representation.