Portal de Periódicos da CAPES

Utilização de painéis de alvenaria não conformes na construção de vestiário em Cuiabá - MT

2014; Volume: 1; Linguagem: Inglês

10.17012/entac2014.168

2178-8960

Leonan Fonseca Sá Porto, Marcos de Oliveira Valin,

Recycled Aggregate Concrete Performance

In the quest for productivity in buildings, there has been the need for modern construction with less waste, maintainability and sustainability systems.Then a case study was conducted in an enterprise of social housing in the city of Cuiabá-MT, which uses the constructive system "JET HOME", with the objective to analyze and discuss the dimensions of sustainability in the production process of the project focused intrinsic to the production system and the use of panels features, not approved by the quality control, but no structural change that can be used for buildings with social purposes and not commercial ones as part of an extension project IFMT.The methodology adopted was constituted initially by the construction of the locker room to the football field next quarter's work as a social and sustainable alternative to the reuse of panels.Was subsequently analyzed the quality and integrity of the locker room and then 2 semi-structured questionnaires, one for the home that already use "JET HOME" system and another for the neighborhood where it was built the locker room were applied.The results were satisfactory, since the questionnaire relating to the residential system ("Jet Home"), 70 % of households do not presented any pathology, 86 % had no seepage on the walls and the same percentage, 86 %, had no problems for fixation walls.Concerning the questionnaire to Itapajé neighborhood, 92 % of residents believe that will be very good at building the field next to the football field for use of leisure and sports 3091 http://doi.org/10.17012/entac2014.168incentive for the population.The research had two main contributions: the first was social, with the offer of a physical structure and other leisure demonstrating the technical viability and sustainable reuse of panels