Bibliographic citations
Silva, F., (2023). Diagnóstico de las pantallas de infiltración mediante modelación hidráulica del río Rimac con IBER - 2D, sector La Atarjea [Universidad Nacional Agraria La Molina]. https://hdl.handle.net/20.500.12996/6360
Silva, F., Diagnóstico de las pantallas de infiltración mediante modelación hidráulica del río Rimac con IBER - 2D, sector La Atarjea []. PE: Universidad Nacional Agraria La Molina; 2023. https://hdl.handle.net/20.500.12996/6360
@misc{renati/244642,
title = "Diagnóstico de las pantallas de infiltración mediante modelación hidráulica del río Rimac con IBER - 2D, sector La Atarjea",
author = "Silva Gómez Sánchez, Fabio Gustavo",
publisher = "Universidad Nacional Agraria La Molina",
year = "2023"
}
The purpose of this TSP is the presentation of the renewal approach for infiltration screens through hydraulic modeling of the Rímac river with IBERD – 2D, within the La Atarjea Sector – SEDAPAL. A technical evaluation of the infiltration screen was performed to evaluate and determine the possible structural failures that the structure may present, performing quality tests of the concrete such as diamond drilling, sclerometry, etc.; in addition to corroborating and/or updating the dimension information provided by the entity. An analysis on aquifer recharge is not being performed. Regarding the hydrological information, it was extracted from the hydrological study developed by the company HC & Asociados, which took information from the SENAMHI meteorological stations located in the Rímac river basin, to obtain the maximum flow rates to which the infiltration screens were subjected. Regarding the topographic information, it was extracted from the topographic study developed by the company CISPDR, which performed the topographic survey of the area, to identify the characteristics of the riverbed and lengths of the infiltration screens. Regarding the geotechnical information, it was extracted from the topographic study developed by the company CISPDR, which determined the geotechnical and geological characteristics of the riverbed, characterizing the different strata of the terrain and identifying the predominant material. Finally, the collected information from the different studies, was coupled and implemented in the software IBER – 2D, having as result the hydraulic parameters to which the infiltration screens were subjected, and with t
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