Citas bibligráficas
Herrera, M., Oyola, C. (2020). Propuesta de Diseño General e Implementación del Uso de Materiales Eficientes en la Construcción de un Módulo de Vivienda Sostenible en Sondorillo - Huancabamba - Piura [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/652827
Herrera, M., Oyola, C. Propuesta de Diseño General e Implementación del Uso de Materiales Eficientes en la Construcción de un Módulo de Vivienda Sostenible en Sondorillo - Huancabamba - Piura [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2020. http://hdl.handle.net/10757/652827
@misc{renati/391449,
title = "Propuesta de Diseño General e Implementación del Uso de Materiales Eficientes en la Construcción de un Módulo de Vivienda Sostenible en Sondorillo - Huancabamba - Piura",
author = "Oyola Matta, Carlos Alberto",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2020"
}
Nowadays, a large percentage of the houses built in Peru are the product of self-construction, these are built with inadequate materials, have structural deficiencies and are located in areas not suitable for construction, which generates danger to the population. In the first quarter of 2017, the Coastal Child phenomenon occurred, in which significant damage was generated to the population, housing, road infrastructure, basic services and paralysis of socio-economic activities. Piura was one of the departments most affected by the El Niño Costero phenomenon, where a total of 105,369 affected and destroyed houses, 889 educational establishments and 240 affected health establishments, 189,790 km of rural roads, 1,377 km of affected roads, and destroyed, and 27 bridges destroyed. To date, the reconstruction works and interventions and housing solutions have not been carried out as planned, which is why there are a large number of affected families waiting to access safe housing. In the present investigation, the general design proposal of a sustainable housing module was developed with the objective of implementing and evaluating the construction of sustainable housing modules in the Sondorillo - Huancabamba - Piura district, based on Vernacular Construction through the use of efficient materials according to the criteria established in the National Building Regulations. The general design of the sustainable modular house developed in the present investigation, is made up of a continuous cyclopean concrete foundation of 0.40 m in base width, 0.50 m in height and a rise of 0.30 m; 4 “x 4“ section sole beams with a maximum length of 6.25 m and a minimum length of 3.30 m; columns of section 4 “x 4“ and 2.50 m high; quincha walls with width from 0.40 m - 1.40 m with thickness of 0.10 m and heights of 1.00 m, 1.90 m and 2.50 m; the ceiling of the social environment of 4.80 m light with wooden cross joists and cane joists in the same direction as the waterfall with sections 2 “x 4“ and 25 mm respectively, ceiling of the kitchen-dining room of 3.30 m light with transverse wooden joists and cane joists in the same direction as the water fall of sections 2 “x 4“ and 25 mm respectively. In addition to this, the static analysis and the dynamic analysis were developed, according to the parameters established in E.030 Design Standard for Earthquake Resistant and E.080 Design and Construction Standard with reinforced earth, where the horizontal seismic or shear force of 3.51 t, and the lowest spectral acceleration of 0.18 ms2 for a period greater than 3 seconds Likewise, the literature studied was compared with a mathematical model analyzed in SAP 2000, meeting the criteria of resistance, stability and earthquake resistant behavior, where the øRn was less than the Ru with a value of 3509.9 kg.
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