Valorización de residuos sólidos inorgánicos para su aprovechamiento en estabilización de suelos en San Juan 2019
Date
2021-09-20
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Universidad Científica del Perú
Abstract
Esta investigación, tiene como objetivo principal la valorización o la reutilización de los materiales inorgánicos como es la botella plástica, tubo de PVC y lata de aluminio para el aprovechamiento en estabilización o mejoramiento de suelos.
En tal forma su metodología logra pertenecer a un diseño pre – experimental, de tipo experimental; ya que se utiliza para medir la efectividad y la eficacia de los resultados. Experimental por que la práctica de prueba y contraprueba con el fin de obtener nuevas soluciones, posibilidades y elementos que pueden aplicarse a determinadas soluciones.
Los diseños de estructuras típicas de pavimento rural, tanto con un suelo natural arenoso y con suelo estabilizado, se relacionaron mediante el método NAASRA (National Association of Australian State Road Authorities).
La investigación concluye que existe viabilidad técnica y económica para la construcción de pavimentos o mejoramientos de suelos usando el confinamiento celular con materiales reciclados como botellas plásticas, tubo de PVC y latas de aluminio; y así determinando su alta durabilidad, su tiempo de degradación para la estabilización en el suelo, esta investigación se determina por métodos de compactación creadas y sustentado por los tesistas.
The main objective of this research is the recovery or reuse of inorganic materials such as plastic bottles, PVC tubes and aluminum cans for use in stabilizing or improving soils. In such a way, its methodology manages to belong to a preexperimental design, of an experimental type; as it is used to measure the effectiveness and efficiency of the results. Experimental because the practice of test and retest in order to obtain new solutions, possibilities and elements that can be applied to certain solutions. The designs of typical rural pavement structures, both with a natural sandy soil and with stabilized soil, were related using the NAASRA (National Association of Australian State Road Authorities) method. The research concludes that there is technical and economic feasibility for the construction of pavements or soil improvements using cellular confinement with recycled materials such as plastic bottles, PVC tubes and aluminum cans; and thus determining its high durability, its degradation time for stabilization in the soil, this research is determined by compaction methods created and supported by the thesis students.
The main objective of this research is the recovery or reuse of inorganic materials such as plastic bottles, PVC tubes and aluminum cans for use in stabilizing or improving soils. In such a way, its methodology manages to belong to a preexperimental design, of an experimental type; as it is used to measure the effectiveness and efficiency of the results. Experimental because the practice of test and retest in order to obtain new solutions, possibilities and elements that can be applied to certain solutions. The designs of typical rural pavement structures, both with a natural sandy soil and with stabilized soil, were related using the NAASRA (National Association of Australian State Road Authorities) method. The research concludes that there is technical and economic feasibility for the construction of pavements or soil improvements using cellular confinement with recycled materials such as plastic bottles, PVC tubes and aluminum cans; and thus determining its high durability, its degradation time for stabilization in the soil, this research is determined by compaction methods created and supported by the thesis students.
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Keywords
Confinamiento celular, Estabilización de suelos Valorización, Valorización energética, Valorización material, Cellular confinement, Soil stabilization Valorisation, Energy valorisation, Material valorisation
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