Citas bibligráficas
Uchasara, K., (2023). Diseño hidráulico de las obras de protección y conducción en las quebradas El Carmen y Seca, distrito El Carmen, Ica [Universidad Nacional Agraria La Molina]. https://hdl.handle.net/20.500.12996/6362
Uchasara, K., Diseño hidráulico de las obras de protección y conducción en las quebradas El Carmen y Seca, distrito El Carmen, Ica []. PE: Universidad Nacional Agraria La Molina; 2023. https://hdl.handle.net/20.500.12996/6362
@misc{renati/247686,
title = "Diseño hidráulico de las obras de protección y conducción en las quebradas El Carmen y Seca, distrito El Carmen, Ica",
author = "Uchasara Casavilca, Katherin Denisse",
publisher = "Universidad Nacional Agraria La Molina",
year = "2023"
}
This paper presents the hydraulic design of the protection and conduction works that were projected in the vulnerable areas of the El Carmen and Seca streams, as a preventive measure against the movement of masses and floods. The first part of the work includes the bibliographic review of the concepts of hazard, risk assessment and criteria for the construction of protection works, as well as the use of the hydraulic model as a tool that helps in the planning of infrastructures to reduce the impact of possible floods, and finally the theory of basic concepts for hydraulic design was reviewed. In the second part, the development of the work for the hydraulic design of the works that resulted from the approach of the works scheme is presented, which consists of four stages. In stage 1: review of the basic information of the project, the optimal design period of 25 years and the design flows for the El Carmen and Seca streams of 7.67m3/s and 0.54m3/s, respectively, are available. In stage 2: review and evaluation of the hydraulic models in HEC-RAS with project, the results of the rasters of velocities, tie rods and water surface elevation for the 25year TR are available, which will allow the design parameters to be determined from a sampling axis that will be drawn parallel to the axis of the projected structure. In stage 3: determination of hydraulic parameters, hydraulic parameters for dikes, canals and works of art are defined. For dikes, the free edge, the elevation of the crown and the depth of the scour are considered. For channels, the free edge is considered. In stage 4: final design of the works, the final dimensioning of the works and the hydraulic verification are presented.
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