La presente investigación tiene como objetivo realizar una propuesta técnica de una vivienda rural térmica construida con bloques de cemento adicionado con fibras de Stipa Ichu (Fibrocemento) en el centro poblado de Chullunquiani, distrito de Santa Rosa - Mazocruz, para lograr los objetivos planteados se formuló 12 mezclas con el método estadístico de vértices extremos y el estadístico función de deseabilidad para la optimización de la mezcla y la aceptación de los bloques se adaptó a la norma E-070 albañilería, la cual establece requisitos, exigencias mínimas para el análisis, diseño de materiales de construcción y control de calidad de las propiedades físico-mecánicas como: Variación dimensional, alabeo, absorción, resistencia a compresión y flexión, luego se procedió a la construcción de la vivienda prototipo de 7.5 m2 con los bloques, donde se evaluó y comp...

This research evaluates and proposes a thermal rural house built with cement blocks added Stipa Ichu fibers (fibre-cement), in order to save energy and improve the thermal comfort of the inhabitants, a technical evaluation of the materials used in the building was carried out. the construction of the house, the 7.5 m2 prototype house was built with the blocks, where the temperature inside a typical rural house in the area was evaluated and compared with the prototype house to the thermal variation reported a maximum of 22.2°C and a minimum of 10.1°C in the prototype house, while in the typical rural house a maximum of 14.6°C and a minimum of -2.3°C in the months of September to December 2021, which improved the conditions thermal, finally the technical proposal of a rural thermal house built with cement blocks added with Stipa ichu fibers can be used as a material for construction in...

In the high Andean areas of southern Peru, extreme poverty is common, being susceptible to low temperatures in rural homes. Therefore, the manufacture of cement blocks is proposed by adding Ichu stipe fibers (Fibrocement) in the district of Santa Rosa-Mazo Cruz-Puno.Cement blocks were made by adding stipa ichu fibers, where the characteristics of stipa Ichu were evaluated, using physical and mechanical tests, the results obtained from the blocks were: Dimensional variation: maximum 0.19% in length, 0.68% in width and 0.39% high; Warpage: face 1 average of 1.17mm and face 2 average of 1.15mm; Absorption: 36.66% at 24 hours; Compression resistance: 61.62 kg/cm2 and Flexion: 11.23 kg/cm2.