Citas bibligráficas
Chúa, R., (2017). Desarrollo y calibración de un sistema informático para el análisis de tormentas, máximas avenidas y generación de lluvia escorrentía [Tesis, Universidad Nacional Agraria La Molina]. https://hdl.handle.net/20.500.12996/2947
Chúa, R., Desarrollo y calibración de un sistema informático para el análisis de tormentas, máximas avenidas y generación de lluvia escorrentía [Tesis]. : Universidad Nacional Agraria La Molina; 2017. https://hdl.handle.net/20.500.12996/2947
@misc{renati/247857,
title = "Desarrollo y calibración de un sistema informático para el análisis de tormentas, máximas avenidas y generación de lluvia escorrentía",
author = "Chúa Anaya, Ricardo",
publisher = "Universidad Nacional Agraria La Molina",
year = "2017"
}
Computer systems in the actuality become in important tools for making calculations faster and more accurately. Having into account this definition, it has devoloped a computer system for hydrological calculations called "HydroCal". The development of this computer system has been based on a methodology based on five important points: 1) Analysis of the problem, 2) Structure of the computer system, 3) Design of the graphical interfaces, 4) Programming and coding algorithms and 5) Validation and calibration tests. In the analysis of the problem it was identified that topics, this, are going to be included in the computer system, for this has been taken into consideration three points: importance of the topic, available information and difficulty to codify it. The structure of the computer system has been developed based on four main topics; (Data Completion, Consistency Analysis and Hopping Analysis), Storm Analysis (IDF Ratio and Probable Maximum Precipitation), Analysis of Maximum Avenues (Probability Distribution)) And Rainfall Generation (Rational Method, NRSC Method, Unit Hydrograph, S Curve and Base Flow). The design of the graphical interfaces and coding algorithms have been made in a programming software called Matlab R2015a; Which presents a visual environment called GUIDE; This environment consists of two files: .m and .fig, in the .m file the coding has been done and in the .fig file the development of the graphical interfaces. The test of validation and calibration were carried out with data whose solution was correct and known in advance, as well as information collected from the analysis of the Cañete river basin, the city of Moyobamba and the Chuiruco microbasin; Proving that the computer system developed is useful for hydrological calculation.
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