Citas bibligráficas
Guerrero, G., (2019). Influencia del porcentaje de desperdicio estructuras de concreto en las propiedades Mecánicas de un Pavimento de concreto permeable, Victor Larco, 2018 [Tesis, Universidad privada de Trujillo]. http://repositorio.uprit.edu.pe/handle/UPRIT/175
Guerrero, G., Influencia del porcentaje de desperdicio estructuras de concreto en las propiedades Mecánicas de un Pavimento de concreto permeable, Victor Larco, 2018 [Tesis]. : Universidad privada de Trujillo; 2019. http://repositorio.uprit.edu.pe/handle/UPRIT/175
@misc{renati/7689,
title = "Influencia del porcentaje de desperdicio estructuras de concreto en las propiedades Mecánicas de un Pavimento de concreto permeable, Victor Larco, 2018",
author = "Guerrero Soza, Gustavo",
publisher = "Universidad privada de Trujillo",
year = "2019"
}
The present investigation will develop the analysis of the influence replacing a percentage of aggregate of recycled concrete of the design mixture evaluating its effect on the mechanical properties and hydraulic properties, applying it to pervious concrete pavements, in the province of Trujillo. Due to the enormous proportion of all the materials used for the construction of the works, it is becoming an enormous deposit, reason why the reuse of it takes a total importance, for the sustainable and environmental development. This research is experimental because it will demonstrate the influence of the independent variable, the percentage of waste of concrete structures on the dependent variable, the mechanical properties of a pervious concrete pavement, through tests, characterizations and investigations. For the evaluation of the mechanical properties, three phases are approached, the first, of data collection and data analysis following the procedures established in the ASTM and ACI standards; in the second phase, the pre-fabricated specimens will be tested, in this phase the procedures, tools and other factors involved in the work are exposed. Finally, the results of the tests carried out on different mixtures are discussed, with which the permeability, resistance and compression characteristics of the samples are analyzed. The results will verify what is the best percentage for a pervious concrete pavement, which shows that it is of a proportion of 20%, since it reaches the resistance to compression and resistance to the standard flexion and necessary for a light traffic pavement, also that it behaves permeable better as a drainage system.
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