Bibliographic citations
Mas, J., Solano, R. (2023). Diseño y evaluación del concreto sostenible f”c=210 kg/cm2 elaborado con fibra de coco para aumentar la capacidad resistente en compresión y flexión de estructuras en viviendas multifamiliares en Huancayo - Perú [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/668919
Mas, J., Solano, R. Diseño y evaluación del concreto sostenible f”c=210 kg/cm2 elaborado con fibra de coco para aumentar la capacidad resistente en compresión y flexión de estructuras en viviendas multifamiliares en Huancayo - Perú [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/668919
@misc{renati/407329,
title = "Diseño y evaluación del concreto sostenible f”c=210 kg/cm2 elaborado con fibra de coco para aumentar la capacidad resistente en compresión y flexión de estructuras en viviendas multifamiliares en Huancayo - Perú",
author = "Solano Roman, Ruthenford Smit",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
A standard dosage is being sought to design concrete with good and great strength. Various solutions have been proposed to help find the right addition to achieve exceptional performance in both its physical and mechanical characteristics, both in fresh and hardened concrete. For this research work, the influence of coconut fibers has been investigated and analyzed a lot, since its addition to the combination of conventional concrete causes an improvement in its properties in the hardened state (compression and flexion). For this reason, mix designs have been developed that contain the following components such as: Type I Portland Cement + Fine Aggregate + Coarse Aggregate + Water + Coconut fibers. In this way, various mix designs for concrete have been developed. So first, a pattern that will serve as a design to be compared and. Secondly, others of the same previous design, but with the addition of pieces of coconut fiber in partial replacement of the fine aggregate with a replacement percentage of 0.50%, 1.00%, 1.50%. and 2.00%. In addition, in relation to the amount of water and cement ratio, this will be fixed and has been 0.56. Finally, with the above, a total of 90 concrete specimens were made. Those include cylindric and rectangular specimens. For each mixture, various experiments were carried out both in its fresh concrete state and in its hardened state. From that analysis, it has been concluded the optimal compression ratio is 1.00% addition of coconut fibers, giving as a main result a compressive strength close to 231.60 kg/cm2 finished 28 days after having built the test tubes As for bending, the optimal relationship is a coconut fiber addition of 2.00% of coconut fiber addition giving a value of 89.40 kg/cm^2 finished at 28 days.
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