Alternative model of adaptation bioclimatic the prefabricated housing of social interest

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Author

Vargas Madrigal, David

Date

2015

Summary

The design of the prefabricated houses of social interest in Costa Rica, it is not made from the bioclimatic conditions of the area of life in which it is constructed, therefore, presents deficiencies at the level of comfort that does not have strategies passive that mitigate the impact of the environment conditions on this. The present work, the end of the graduation, increases the visibility of the current situation of a prefabricated housing of social interest, which is designed without a prior analysis of the local conditions, this directly influences the comfort perceived by the family from everyday life inhabits the dwelling. The active participation of this family throughout the process of analysis includes the variable of everyday life in the research, thus enriching the process and allowing the integral approach of the housing situation, not only from the quantitative data, but from the perspective of daily use of the space and the influence of the climate on the inhabitants of the same. The physical boundaries takes place in a Volcano of Buenos Aires Puntarenas, site belonging to the Humid Tropical Forest according to the classification of areas of the life of L. Holdrige, so that the analysis of the conditions in the different levels of this zone is critical in research. At the end, there is the record of the methodological tools used to document the climate information and the everyday life of the users and it is proposed from the findings of the analysis, an adaptation to the current home in order to raise the comfort levels present, this, starting with the patterns generated by the strategies passive. It also develops the design of a model that optimally responds to the needs of the climatic zone of life, using the same materiality and the amount of square feet, showing the possibilities of innovation and the optimal design can be developed for this type of housing to increase their comfort levels and provide quality of life to the people who inhabit it.

Observations: the Architecture of condition peri in the GAM

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Author

Stopper Fonseca, Jonathan

Chaves Vargas, Diego

Secure Jaubert, Isaac

Date

2015

Summary

This document consists of three main sections, divided into sections minors. In the first section introduces the reader to the context on which it was investigated, and the approach that guided the development of the research. The section “History” can be read independently. This explains the transformations that led to the formation of the sectors in the urban outskirts of the GAM. The second section consists of a series of texts and images in the develop different aspects present in the sectors studied. The order they follow is a suggestion that may facilitate the continued theme of the readings, however, each section is independent, and will" both can be read randomly. The third section presents, by way of conclusion, a number of findings and thoughts around the content developed in the second section. Finally, there are comments and suggestions focused on the study, urban development, and the work of the architect in the sectors peri-urban of the GAM.

Calculation of carbon footprint for construction materials in Costa Rica

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Author

Barron Creek, Paula

Elizondo Santiago, José Andrés

Fernandez Martinez, Tatiana

Mendez Trejos, Jorge

Mora Solano, Fabricio

Quesada Yamasaki, Marcela

Date

2015

Summary

Climate change is a global reality that affects everyone. The various activities that are carried out daily, in sectors such as agriculture, industry, transport, or construction, have direct implications in this phenomenon. For example, only the construction sector consumes a forty per cent of the global energy and also provides one-third of CO2 emissions. Then, the work of professionals in the field of construction, are involved in this situation. The decisions that are taken in the initial design phase of a building, determine the contribution to emissions throughout its life cycle, as each stage brings in different proportions due to the nature so diverse of the processes involved. In order to compare these contributions are so different, it is necessary to a common denominator; the emission factor given that possibility, being a coefficient that relates the amount of pollutant emissions by a certain unit. In addition, these stages of the life cycle will give the product a traceability from its origin to its final destination. It is important to consider what and how many processes are required to use a product that will generate demand in Costa Rica. Get own emission factors of the country, allows you to visualize the responsibility that must be assumed to achieve the engagement Plan for Carbon Neutrality 2021, and the development of data on the subject along with technologies to move towards an economy with low emissions, or limited carbon