Bibliographic citations
Ccopa, M., Fernández, P. (2018). Análisis comparativo de las propiedades fisicomecanicas de un suelo natural, comparado con un suelo estabilizado con el Sistema Consolid en la Carretera Ollantaytambo en el tramo 0+000 – 1+000. distrito Ollantaytambo, provincia Urubamba, Región Cusco, 2018. [Tesis, Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/2110
Ccopa, M., Fernández, P. Análisis comparativo de las propiedades fisicomecanicas de un suelo natural, comparado con un suelo estabilizado con el Sistema Consolid en la Carretera Ollantaytambo en el tramo 0+000 – 1+000. distrito Ollantaytambo, provincia Urubamba, Región Cusco, 2018. [Tesis]. : Universidad Andina del Cusco; 2018. https://hdl.handle.net/20.500.12557/2110
@misc{renati/960805,
title = "Análisis comparativo de las propiedades fisicomecanicas de un suelo natural, comparado con un suelo estabilizado con el Sistema Consolid en la Carretera Ollantaytambo en el tramo 0+000 – 1+000. distrito Ollantaytambo, provincia Urubamba, Región Cusco, 2018.",
author = "Fernández Gonzales, Pamela Alexandra",
publisher = "Universidad Andina del Cusco",
year = "2018"
}
This thesis consists of the study of the physical-mechanical properties of in-situ soil present on the road Ollantaytambo in the section 0 000 – 1 000 of the Ollantaytambo district of the province of Urubamba in the Cusco region, which is not paved and It has only one layer of affirmed, the road cannot be treated because it is not possible to intervene more thickness to one meter of depth, to be located in an archaeological zone. The soil of the road Ollantaytambo does not meet the specifications necessary to be used in the construction of the track, so this investigation is Avoca to the stabilization of soils with on-site material and the use of an additive in that section for the analysis of Their corresponding properties. The alternative solution posed is the application of the system Consolid in dosages of 0.04%, 0.10% and 0.50% of C444 respect to the weight of the soil to see the possible variations and thus be able to find the optimal dosage of C444 for the road Ollantaytambo According to their particular characteristics, Solidry was also added to 1.5% in standard form as recommended by background in the use of the waterproofing additive. In order to carry out a analysis between the values of the physical-mechanical properties were conducted tests of particle size, limits Atterberg, Modified Proctor, CBR, permeability and abrasion, following the rules of MTC, ASTM and AASHTO, which we They will allow you to know the variation in your behavior by stabilizing it with the Consolid system. After the end of the investigation it was concluded that the best dosage of C444 is 0.10% with respect to the weight of the soil because when it was added, it was observed that the percentages of CBR increased; likewisewith the sum of the solidry these values went up even more because the soil permeability was significantly decreased, giving it greater resistance and lower percentage of expansion, however with the additions of 0.04% did not present much variation and using the dosage 0.50% of C444 was excessive appreciate alterations in soil properties.
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