Bibliographic citations
Meder, J., (2021). Porcentaje de estiércol de vacuno en la resistencia a la compresión de adobe de arcilla. Iquitos – Loreto. 2020 [Universidad Nacional de la Amazonia Peruana]. https://hdl.handle.net/20.500.12737/7532
Meder, J., Porcentaje de estiércol de vacuno en la resistencia a la compresión de adobe de arcilla. Iquitos – Loreto. 2020 []. : Universidad Nacional de la Amazonia Peruana; 2021. https://hdl.handle.net/20.500.12737/7532
@misc{sunedu/3976944,
title = "Porcentaje de estiércol de vacuno en la resistencia a la compresión de adobe de arcilla. Iquitos – Loreto. 2020",
author = "Meder Navarro, Jaime Berni Brayahan",
publisher = "Universidad Nacional de la Amazonia Peruana",
year = "2021"
}
With this research, the resistance to compression of artisanal adobe was evaluated with the incorporation of three levels of beef manure, with 10%, 20% and 30% and a control with pure earth, in order to diagnose its advantages or disadvantages in compressive strength. The hypothesis is, if the different levels of cattle manure influence the compression resistance in Kg / cm2 of the adobe. The land was obtained in the community of Puerto Almendras, adjacent to the National University of the Peruvian Amazon. A total of 20 samples of compacted adobes were made with the various percentages of addition of beef manure. The results show that without the application of cattle manure, 14.85 kg / cm2, 14.76 kg / cm2, 13.69 Kg / cm2, 12.45 Kg / cm2, 13.29 Kg / cm2 were obtained with an average compressive strength of 13.81 kg / cm2, with the addition of 10% beef manure, 16.61 kg / cm2, 15.43 kg / cm2, 15.03 Kg / cm2, 23.12 Kg / cm2, 14.87 Kg / cm2 were obtained with an average compressive strength of 17.01 Kg / cm2, with the addition of 20% beef manure, 17.06 kg / cm2, 16.71 kg / cm2, 17.57 Kg / cm2, 17.78 Kg / cm2, 17.03 Kg / cm2 were obtained with an average compressive strength of 17.28 Kg / cm2 . With the addition of 30% beef manure, 19.62 kg / cm2, 18.36 kg / cm2, 10.02 Kg / cm2, 19.20 Kg / cm2, 18.75 Kg / cm2 were obtained with an average compressive strength of 18.79 Kg / cm2.
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