Hydrogeological interpretation with numerical modeling in geological masses of the “landslide 1” sliding – Mantaro hydroelectric complex
DOI:
https://doi.org/10.31381/perfiles_ingenieria.v2i11.403Keywords:
Hydrological interpretation, modelling, geological masses, hydroelectric complex of Mantaro, Groundwater flowAbstract
In the last few years, mathematical models have been built to evaluate water resources. With varying degrees of success, these systems have been used to simulate runoff generation processes from climate data. In addition, they have been used to simulate hydroelectric processes using climate data. Almost all of these systems proposed very simple models for two reasons: (a) the limited computing capacity of computer equipment and (b) the lack of knowledge of the characteristics of most basins, which prevented the resolution of the set of equations that describe the processes involved in the hydrological cycle in a distributed manner. For this reason, the modelling of hydrological processes has moved within the models that name the aggregates made with average terms of the values of the records obtained. In the following document, records from several years have been used that have been systematically collected and ordered. In addition, they constitute an opportunity and a valuable tool to propose a numerical model of a distributed nature, with extended results and a minimum error obtained from the inverse calibration.
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Copyright (c) 2016 César González Linares, Rubén Esaú Mogrovejo Gutiérrez, Gisel Veliz Francia
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