Bibliographic citations
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Soto, C., (2023). Desempeño bioclimático y ambiental de un prototipo de vivienda ecosostenible en Chillaco [Pontificia Universidad Católica del Perú]. http://hdl.handle.net/20.500.12404/23972
Soto, C., Desempeño bioclimático y ambiental de un prototipo de vivienda ecosostenible en Chillaco []. PE: Pontificia Universidad Católica del Perú; 2023. http://hdl.handle.net/20.500.12404/23972
@misc{renati/530698,
title = "Desempeño bioclimático y ambiental de un prototipo de vivienda ecosostenible en Chillaco",
author = "Soto Bravo, Cynthia del Pilar",
publisher = "Pontificia Universidad Católica del Perú",
year = "2023"
}
Title: Desempeño bioclimático y ambiental de un prototipo de vivienda ecosostenible en Chillaco
Authors(s): Soto Bravo, Cynthia del Pilar
Advisor(s): Dueñas Dávila, Federico Alexis
OCDE field: https://purl.org/pe-repo/ocde/ford#2.01.01
Issue Date: 10-Jan-2023
Institution: Pontificia Universidad Católica del Perú
Abstract: Actualmente, las viviendas construidas de manera convencional en el poblado de Chillaco,
ubicado en la provincia de Huarochirí, en el departamento de Lima, Perú, contemplan una
estructura que no incluye el concepto de bioclimatismo, el cual ayuda a garantizar un nivel de
confort óptimo considerando parámetros climáticos tales como temperatura, humedad y viento,
estas viviendas a su vez no consideran los estándares requeridos para mejorar su desempeño
ambiental tal como disminuir su huella de carbono.
Es así que con el fin de asegurar el cumplimiento de los parámetros ambientales establecidos
y conseguir un nivel de confort aceptable en las diversas estaciones del año para cada habitante
de la zona, esta investigación realizó el modelado de una vivienda ecosostenible mostrando el
análisis de los desempeños bioclimáticos y ambientales de las viviendas convencionales en
comparación de la modelada, a fin de analizar y obtener resultados comparativos entre ambos
casos para que el poblado de Chillaco pueda replicar el modelado en nuevas construcciones.
La vivienda ecosostenible modelada ha considerado como material principal el carrizo propio
de la zona, también la trayectoria del sol según la ubicación, la transmitancia térmica de los
materiales utilizados, parámetros climáticos como la temperatura, humedad y viento, y ha
tomado en cuenta el estilo de vida de los pobladores para el diseño de la distribución interna
de la vivienda.
Con los resultados obtenidos se pudo concluir que tanto el desempeño bioclimático como
ambiental de la vivienda ecosostenible modelada era mejor que la de una convencional de la
zona.
Currently, conventionally built homes in Chillaco, located in the province of Huarochirí, in the department of Lima, Peru, contemplate a structure that does not include the concept of bioclimatism, which helps to guarantee an optimal level of confort considering climatic parameters such as temperature, humidity and wind, these conventional houses do not consider the standards required to improve their environmental performance such as reducing their carbon footprint. In order to ensure compliance with the established environmental parameters and achieve an acceptable level of comfort in the various seasons of the year for each inhabitant of the area, this research modeled an eco-sustainable house showing the analysis of the performances bioclimatic and environmental aspects of conventional housing comparing to the modeled house, in order to analyze and obtain comparative results between both cases so that the town of Chillaco can replicate the modeling in new constructions. The modeled eco-sustainable house has considered the area's own reed as the main material, as well as the path of the sun depending on the location, the thermal transmittance of the materials used, climatic parameters such as temperature, humidity and wind, and has taken into account the style of life of the habitants for the design of the internal distribution of the house. With the results obtained, it was possible to conclude that both the bioclimatic and environmental performance of the modeled eco-sustainable house was better than that of a conventional one in the area.
Currently, conventionally built homes in Chillaco, located in the province of Huarochirí, in the department of Lima, Peru, contemplate a structure that does not include the concept of bioclimatism, which helps to guarantee an optimal level of confort considering climatic parameters such as temperature, humidity and wind, these conventional houses do not consider the standards required to improve their environmental performance such as reducing their carbon footprint. In order to ensure compliance with the established environmental parameters and achieve an acceptable level of comfort in the various seasons of the year for each inhabitant of the area, this research modeled an eco-sustainable house showing the analysis of the performances bioclimatic and environmental aspects of conventional housing comparing to the modeled house, in order to analyze and obtain comparative results between both cases so that the town of Chillaco can replicate the modeling in new constructions. The modeled eco-sustainable house has considered the area's own reed as the main material, as well as the path of the sun depending on the location, the thermal transmittance of the materials used, climatic parameters such as temperature, humidity and wind, and has taken into account the style of life of the habitants for the design of the internal distribution of the house. With the results obtained, it was possible to conclude that both the bioclimatic and environmental performance of the modeled eco-sustainable house was better than that of a conventional one in the area.
Link to repository: http://hdl.handle.net/20.500.12404/23972
Discipline: Ingeniería Civil
Grade or title grantor: Pontificia Universidad Católica del Perú. Facultad de Ciencias e Ingeniería
Grade or title: Ingeniero Civil
Juror: Bartl, Karin; Dueñas Davila, Federico Alexis; Gusukuma Higa, Marco Antonio
Register date: 10-Jan-2023
This item is licensed under a Creative Commons License