Bibliographic citations
Panduro, Y., Llanos, R. (2023). Diseño de una vivienda de adobe adicionando goma de penca de tuna en el muro y láminas de caucho en el techo para reducir el desmoronamiento y filtración por lluvias a tamaño escala en el distrito de Íllimo en la provincia de Lambayeque del departamento de Lambayeque [Trabajo de Suficiencia Profesional, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/671043
Panduro, Y., Llanos, R. Diseño de una vivienda de adobe adicionando goma de penca de tuna en el muro y láminas de caucho en el techo para reducir el desmoronamiento y filtración por lluvias a tamaño escala en el distrito de Íllimo en la provincia de Lambayeque del departamento de Lambayeque [Trabajo de Suficiencia Profesional]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/671043
@misc{renati/411634,
title = "Diseño de una vivienda de adobe adicionando goma de penca de tuna en el muro y láminas de caucho en el techo para reducir el desmoronamiento y filtración por lluvias a tamaño escala en el distrito de Íllimo en la provincia de Lambayeque del departamento de Lambayeque",
author = "Llanos Evangelista, Richard Elvis",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
This study evaluates the conditions offered by abobe houses exposed to rain in the district of Íllimo in the department of Lambayeque, shows the characteristics of housing designs in the study area and analyzes the materials for incorporation in the mix design according to standard E080. The main objective is to reduce the crumbling of the abobe wall and rain filtration in the roof. To achieve the functionality of this proposal, two activities must be carried out. First, four adobe mixtures should be designed in the wall with a dosage of 25%, 20% prickly pear gum, adobe according to the E080 standard and traditional adobe. Second, propose a better construction process, applying rubber sheets on the roofs as a coating to prevent water infiltration. Then, three types of adobe housing are made at scale size; a) Traditional adobe wall plus roofing without cladding, b) E080 adobe wall plus roofing according to the standard, and c) 25% adobe wall plus roofing with cladding. Once the corresponding tests had been carried out on the four types of adobe, the aim was to find the best waterproofing alternative in order to compare the functionality of the three types of houses with a roof covering methodology. The results show that the mixture with a 25% dosage has a lower moisture content than the rest of the adobe with a value of 15.7%, the 20% dosage has a moisture content of 18.9% and the traditional housing has a moisture content of 19.5%. Likewise, the results of compressive strength, flexural-traction and axial compression in the 4 types of adobe, comply with the minimum strength established in the E080 standard. Finally, it is concluded that the mix design with a dosage of 25% shows the best option for the design of an adobe house against the impact of water from rainfall and with an added value in the roof with a coating to prevent water infiltration in the adobe walls.
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