Bibliographic citations
Huayanay, K., Mendoza, M. (2022). Estudio de estabilización de suelos para fines de mejoramiento aplicando el sistema consolid en el tramo comprendido entre c.p. Batanes y c.p. San Pedro, provincia de Morropón, departamento de Piura [Tesis, Universidad Privada Antenor Orrego - UPAO]. https://hdl.handle.net/20.500.12759/9677
Huayanay, K., Mendoza, M. Estudio de estabilización de suelos para fines de mejoramiento aplicando el sistema consolid en el tramo comprendido entre c.p. Batanes y c.p. San Pedro, provincia de Morropón, departamento de Piura [Tesis]. PE: Universidad Privada Antenor Orrego - UPAO; 2022. https://hdl.handle.net/20.500.12759/9677
@misc{renati/378636,
title = "Estudio de estabilización de suelos para fines de mejoramiento aplicando el sistema consolid en el tramo comprendido entre c.p. Batanes y c.p. San Pedro, provincia de Morropón, departamento de Piura",
author = "Mendoza Abramonte, Mario José",
publisher = "Universidad Privada Antenor Orrego - UPAO",
year = "2022"
}
One of the main problems affecting the city of Chulucanas is the pollution generated by vehicular traffic, due to the presence of fine material with the presence of clay and silt, in addition to the rainfall generated in the summer months, affecting the trafficability and health of the inhabitants of the sector between Batanes C.P. and San Pedro C.P. The main objective is to study soil stabilization for improvement purposes by applying the Consolid System in the section between Batanes C.P. and San Pedro C.P., province of Morropón, department of Piura. The geological study was carried out, geotechnical study determining the most unfavorable sample C01, a soil type MH silt of high plasticity with sand was obtained, according to SUCS; LL of 55.8, LP of 33.8, IP of 22, moisture content 9.92%, maximum dry density 1.782 g/cm3, optimum moisture 10.7%, CBR of 3.3 and 5.6 at 95%, 100%, respectively. In the capillary rise test, 05 specimens were made with different dosages of Consolid System, the result was an impermeable soil, the modified proctor and CBR test was performed with 04 different dosages, sample 01 with CONSOLID 444 at 0.045% and SOLIDRY at 0.5%, sample 02 with CONSOLID 444 at 0. 045% and SOLIDRY at 1.0%, sample 03 with CONSOLID 444 at 0.045% and SOLIDRY at 1.5%, sample 04 with CONSOLID 444 at 0.045% and SOLIDRY at 2.0%, obtaining as optimum dosage the sample 04 with maximum dry density values of 1.870 g/cm3, optimum humidity of 11.1%, CBR of 23.5 and 28.2 at 95 and 100%, respectively. It is concluded that stabilization with the Consolid System considerably increases the maximum dry density and CBR.
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