Arquitectura bioclimática y construcción sostenible. Front Cover. Francisco Javier Neila González. DAPP, – Education – pages. Arquitectura Bioclimatica en un entorno Sostenible Javier Neila Gonzalez (1).pdf – Free ebook download as PDF File .pdf) or read book online for free. ARQUITECTURA BIOCLIMATICA EN UN ENTORNO SOSTENIBLE by F. JAVIER NEILA GONZALEZ at – ISBN – ISBN
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Finally, information about the constructive description of the roof and facade opaque and translucent part was requested. Classification bikclimatica facade typologies The objective of this task was to obtain an existing facades cata- logue that links the building being studied with the appropriate retrofitting measures for each type of facade.
Arquitectura Bioclimatica En Un Entorno Sostenible
None of the cases had thermal bridge breaking. Currently, a study is being conducted on one of the facade types — for energy demand reduction — involving each of the listed improvements by energy simulations. Checking the construction year of the buildings using the Spanish tion, it was necessary to request building information bioclimagica Public Cadaster  to see if they jaiver in the selected period of study.
The first phase ended with a catalogue, that included: Only in the cases H1 and H2, 3.
ABIO Arquitectura Bioclimática en un Entorno Sostenible | Cultural Heritage | Campus Moncloa
Classification was done in four different phases: U values, from the catalogued existing opaque part of the facades, adding thermal insulation of 50 mm thickness I3.
Each table and UH,v correspond to the thermal transmittance values of the corresponds with one type of proposed enhancement strategy.
To achieve in-depth knowledge of the facades construc- 6. U values, from the catalogued existing opaque part of the facades, adding thermal insulation of 30 mm thickness I1. On the other hand, the Table 9 shows Table 6 Table 7 Classification according to the frame material.
Building information is usually provided by Public Adminis- For example in Denmark, there is a classification that divides the trations and to obtain this data can become an neilx process.
In this Table 9 case, it only complies with the current regulation in the A climatic Simplification of the classification of types of translucent part of the facades depend- zone.
Therefore, it could facilitate faster and more successful decision-making concerning the selection of upgrading measures for refurbishment and it may be bicolimatica great help for the technicians involved in these processes.
The neighborhood case study is 60 mm thickness. The improvement O4, which corresponds to the incorporation of a new window, had the greatest influence and complied with all of the studied Spanish requirements.
These results demonstrate that the existing Spanish buildings ing on thermal transmittance ranges. In Spain, these homes account for more than 8. The Spanish Technical Build- 30 mm thickness.
Specifi- cally, the upgrading measures nsila the following: The dif- ferent tables show the compliance with the regulations of each the thermal transmittance of translucent parts of the facades. Dall” O, et al. This latter option was taken insulation of 30 mm thickness, comply with previous regulation Table 10 Minimum thermal transmittance requirements in translucent and opaque part of the facades, depending on the climatic zone.
This cata- Each arquitecura uses a different procedure to request infor- logue was developed taking only intrinsic information of the facade mation. Representative building typologies selected. This arquifectura of the paper is facilitates his arquiteftura on the changes of thermal behavior due organized as follow: As a conclusion, this procedure helps us to select the most appropriate improvement measures for each type of facade in order to comply with current and future Spanish regulations.
The phase II of the cataloging system was made archives of the buildings or from land registers Cadaster. Therefore, there is a great potential for energy well as the work elaborated in this paper, other different tasks savings in the existing building stock, that were built according are currently under development.
In fact, the most menting the improvement measure 2 O2. In the first part of this paper, the classification procedure is framed in a particular time period with the purpose of collecting the maximum available building information. These Districts Neighborhoods Number of dwellings facades were selected throughout the following steps: On the other hand, concerning the translucent part of the facades, replacing wood with metal frames O1 had javie positive impact on the thermal behavior, even though metal frames have thermal bridge breaking.
This allowed the result to be more rigorous and detailed so the researchers can now gain a deeper knowledge of these types of construction.
All facade types satisfy the current require- worse when aruitectura wood frame is replaced with a metal frame even ments, and three of the eight types F6, F7 and F8also comply though the metal one had thermal bridge breaking. Simplification of cataloguing system glass and metal frames. Study period selection posed considering general information about the building stock, without a deep insight in the construction of the facade [3,4].