Bibliographic citations
Amesquita, V., Casas, E. (2022). Diseño hidráulico de defensa ribereña aplicando modelos numérico hidrológicos e hidráulicos en el Rio Piura, Sector La Huaca, Provincia Paita, Región Piura [Tesis, Universidad Privada Antenor Orrego]. https://hdl.handle.net/20.500.12759/9049
Amesquita, V., Casas, E. Diseño hidráulico de defensa ribereña aplicando modelos numérico hidrológicos e hidráulicos en el Rio Piura, Sector La Huaca, Provincia Paita, Región Piura [Tesis]. PE: Universidad Privada Antenor Orrego; 2022. https://hdl.handle.net/20.500.12759/9049
@misc{renati/377949,
title = "Diseño hidráulico de defensa ribereña aplicando modelos numérico hidrológicos e hidráulicos en el Rio Piura, Sector La Huaca, Provincia Paita, Región Piura",
author = "Casas Pereda, Ericksson José Teófilo",
publisher = "Universidad Privada Antenor Orrego",
year = "2022"
}
The research project details the use of computational tools such as numerical modeling, which helps us to represent the hydrological and hydrodynamic behavior. During the development of the specific objectives, the methodology to be followed to design a protection structure under these models will be detailed. As goals, the following will be developed: Compilation of hydrometeorological information. It is developed with the download of meteorological and hydrological information through the Senamhi platform or the National Water Authority, in which the missing data is visualized and interpreted, the extension of the history series, the nearby stations that can be used to complete the data. Frequency analysis We proceeded to extract the 24-hour maximums to later use the fuller equation to obtain the annual instantaneous maximums to incorporate the series to Easyfit, which will help us with the probabilistic distributions to statistically visualize with adjustment tests which is the one that has the best fit and obtain maximum flows in different return periods. Hydrologic modeling with Hec-Hms In this stage the storm design is incorporated to a Hec-Hms model, which was built with the delimitation of the basin as vector data in a geographic information system (in our case it will be ArcGIS), and build the model at the sub-basin level. Hydraulic modeling with Hec-ras The hydrographs resulting from the Hechms model for each study return period are incorporated as input data for the upstream boundary conditions, which must be simulated as unsteady flow
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