Resistencia a compresión del superadobe, usando fibras de cabuya y polipropileno como contenedor

Ecuador is in an area of high seismic frequency, it is common in inhospitable areas or in those hit by natural catastrophes is concentrated in the population with natural resources, and where the following traditional methodological construction practices are built, with materials within reach of the hand (Monte, 2014). This research aims to obtain superadobe masonry, which is presented with the characteristics of compression forces, the use of a site that does not harm the characteristics of the Superadobe, cement, water, barbed wire, bags of cabuya, jute (polypropylene bags) ); which allows to build habitable domes, as a practical, economic and reliable solution in the bio-construction sector. Three dosages of Superadobe were used, and the following study questions were elaborated. The resistance tests were converted at the ages of 7, 14 and 28 days, a comparison was made between the compression strength of solid bricks in the canton Chambo with the resistance of the Superadobe, demonstrating the superiority in terms of resistance of the bio- studied maths. The use of the surplus masonry with the leather and polypropylene fibers in the bags as a container; A better value of 20,592 MPa was obtained with the B dosage and bag of cabuya, being much higher than the common and statistically significant brick masonry with a ρ