AZOTEAS VERDES HORIZONTALES: TERMOHIGROMETRIA EN EDIFICACIONES DE BIOCLIMAS SEMIFRIOS

Abstract

The bioclimatic architecture projects building contemplating in the design of them, the environmental conditions of the surrounding medium, making the constructs respond to the adaptation and utilization of the demands of climate and the natural disposition of the place. But through constructive memory developed in the timeline of human existence, have led to various schools of thought in architecture, according to which there have been various buildings with architectural trends which are characterized by the composition volume and geometry of the envelope, as well as the integration of building materials that do not usually take into account the geographical configuration, which eventually produces the weather conditions of where they are built. This results, used to generate artificial mechanical systems, a regulation in the climate of the interior spaces of buildings, such as air conditioning, which is used to supplement the lack of a favorable level of welfare thermohygrometric for users of the architectural space, such failure involves poor performance even in the development of metabolic activities and functions efficiently. In this regard Collet (1997:64) comments that the temperature and relative humidity are the most related to thermal comfort. This thesis focuses on analyzing the variables of temperature and humidity, managing this term in this research as " thermohygrometric " in which addresses the relationship you have to use a system called green roof construction and the behavior that is presented to within an architectural space with the system, comparing it to another space with the same design features but with the difference that is not in a deck built that system, to quantify the level of comfort thermohygrometric produced with in the same .