Tesis
Projeto em Light Steel Frame : a modelagem e compatibilização em BIM
Fecha
2019-02-25Registro en:
RIBEIRO JUNIOR, Edgard. Projeto em Light Steel Frame: a modelagem e compatibilização em BIM. 2019. 138 f. Dissertação (Mestrado em Engenharia de Edificações e Ambiental) - Universidade Federal de Mato Grosso, Faculdade de Arquitetura, Engenharia e Tecnologia, Cuiabá, 2019.
Autor
Daltro, Adnauer Tarquínio
http://lattes.cnpq.br/3181697735110316
Daltro, Adnauer Tarquínio
209.168.681-68
http://lattes.cnpq.br/3181697735110316
Brandão, Douglas Queiroz
293.275.981-72
http://lattes.cnpq.br/0318336258757547
209.168.681-68
Callejas, Ivan Julio Apolonio
622.632.771-53
http://lattes.cnpq.br/7395380953207614
Ruschel, Regina Coeli
017.131.698-35
http://lattes.cnpq.br/5458829100371043
Institución
Resumen
The Light Steel Framing (LSF) consists of a metal structure made up of industrialized
parts with millimeter adjustments, which require a more rational and descriptive design.
Because of this, the use of BIM has been disseminated as a new tool, changing the way
of thinking and elaborating the project, starting from a virtual construction of the building
before a physical construction, in a fast and sustainable way. The idea is to solve the
problems in construction site with parametric software, which aim at an improvement of
the construction process, avoiding errors in the execution process, quantification, cost,
coordination and maintenance. This dissertation aims to identify the transformations of
the design process in BIM from a prototype of housing in LSF developed in Computer
Aided Design (CAD). In this context the work allows to evaluate the impact of the
transformation of a CAD project to be converted into BIM; define the BIM modeling
processes from Level of development (LODs); besides performing a three-dimensional
compatibilization between the architectural projects and the structure in LSF together
with its electrical, hydraulic and exhaust subsystems; to produce three-dimensional
models and the generation of conflict reports to identify the main conflicting project
disciplines, as well as to highlight those that require greater attention from the BIM
coordinator. As a methodological process, it was based on the analysis of the process map
of the workflow of the CAD platform in relation to BIM, verifying its divergences in the
application of the process through a diagnosis. This application was made from the Revit
modeling processes of the architectural and complementary projects to use the
Navisworks interference verification tool. The verification was carried out using the
prototype in LSF, of UFMT in housing of social interest (HIS) developed by Duarte
(2017). As a result it was possible to observe that during the application of the CAD
versus BIM process map, it was observed that the CAD follows a production sequence in
a linear way, already in BIM this workflow occurs simultaneously between all the design
disciplines , with the gain of greater productivity in the integration of the disciplines and
indicating a shorter elaboration time. In the case of LODs, the structural elements of LSF
were related to modeling in different LODs. It is noticed that the greater the level of detail
in LOD, the greater the degree of reliability and accuracy of the files and information to
be extracted. In the compatibilisations, project interferences were added that allowed to
establish a checklist to orient in the process of compatibilization of new projects in LSF.
It was also possible to rank relationships between disciplines with the greatest potential
for conflict.