Through an exploratory research with a qualitative approach, the discussion about the growth of cities is outlined, and urban restructuring has been the focus of planning discussions, in which tactical urbanism presents itself as an alternative for people to act on public space, and contributed for these actions to stimulate the human relationship and the care with the city. Faced with a political scenario where the agents that control the production of space and end up suppressing the right to the city, the urban scenario faces the actions of citizens to solve local problems, on a small scale, through actions and interventions that are based on a constant experiment on the site. One aspect of this work is to capture the characteristic of the tactical in the transformation of space, so that citizens perform activities that value the construction of the common. From this article, it was possible to recognize tactical urbanism as a tool to assist urban development and its planning, where the production of public space ensures conditions of social quality of life, promoting care and appropriation of the city.

The objective of the essay, through a qualitative and quantitative explanatory research, is to perform tests with the Autodesk Revit ® computer program, based on BIM technology, using Autodesk ® Insight360 and Green Building Studio tool to of a real model, with the thermal properties of the materials, generate the thermo-energetic simulation of a building that uses Pinus elliottii Glued Laminated Wood (MLC) as a structural element of beams and roof, seeing the material as a high potential product for constructive elements beyond sustainability by applying it. The analyzes of energy efficiency and material behavior were performed so that it was found that the results obtained together with the materials used in construction, especially the MLC, are adequate for the comfort parameters established by the standards and making it allied to construction precepts and bioclimatic architecture.

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O objetivo do ensaio é a realização de testes com o programa computacional Autodesk Revit ®, baseado na tecnologia BIM, com a utilização da ferramenta Insight e Green Building Studio Autodesk®, para através de um modelo real, com as propriedades térmicas dos materiais, gerar a simulação termoenergérica de uma edificação que usa a Madeira Laminada Colada (MLC) de Pinus elliottii como elemento estrutural de vigas e da cobertura, visto o material como um produto de alto potencial para elementos construtivos além da sustentabilidade ao aplicá-lo. As análises de eficiência energética e comportamento do material foram realizadas de modo que se constatou que os resultados obtidos em conjunto com os materiais utilizados em construção, em especial a MLC, são adequados para os parâmetros de conforto estabelecidos pelas normativas e tornando-a aliada aos preceitos de construção e arquitetura bioclimática.