Aplicación de modelos hidrodinámicos mediante HEC-RAS, para representar flujos en cauces naturales, en la zona baja del Río Daule, desde el Recinto Los Lojas hasta Ciudad Santiago, Provincia del Guayas, Ecuador.
Fecha
2023-08
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Universidad de Guayaquil - Facultad de Ciencias Matemáticas y Físicas - Carrera de Ingeniería Civil
Resumen
En este estudio, se aplicaron modelos hidrodinámicos en un tramo específico del río Daule, que es parte del sistema fluvial de la cuenca hidrográfica del río Guayas en Ecuador. En el contexto, el análisis hidrodinámico jugó un papel importante para comprender el comportamiento del río y sus interacciones con el entorno. La hidrodinámica se basó en las leyes fundamentales de la física y se aplicó en diversos campos, como la ingeniería civil, la oceanografía y la meteorología. Existieron varios métodos para realizar un análisis hidrodinámico, como la teoría de la capa límite, el método de elementos finitos, el método de volúmenes finitos y la dinámica de fluidos computacional. Estos métodos permitieron estudiar los movimientos de fluidos, cómo interactuaron con su entorno y cómo se afectaron entre sí. El estudio hidrodinámico del tramo escogido del río Daule, fue esencial para comprender su comportamiento, servirá para evaluar los otros aspectos.
In this study, hydrodynamic models were applied in a specific stretch of the Daule River, which is part of the fluvial system of the Guayas River Basin in Ecuador. In the context, the hydrodynamic analysis played an important role to understand the behavior of the river and its interactions with the environment. Hydrodynamics was based on the fundamental laws of physics and was applied in various fields, such as civil engineering, oceanography, and meteorology. Several methods existed to perform a hydrodynamic analysis, such as the boundary layer theory, the finite element method, the finite volume method, and computational fluid dynamics. These methods made it possible to study the movements of fluids, how they interacted with their environment and how they affected each other. The hydrodynamic study of the chosen section of the Daule River was essential to understand its behavior, it will serve to evaluate the other aspects.
In this study, hydrodynamic models were applied in a specific stretch of the Daule River, which is part of the fluvial system of the Guayas River Basin in Ecuador. In the context, the hydrodynamic analysis played an important role to understand the behavior of the river and its interactions with the environment. Hydrodynamics was based on the fundamental laws of physics and was applied in various fields, such as civil engineering, oceanography, and meteorology. Several methods existed to perform a hydrodynamic analysis, such as the boundary layer theory, the finite element method, the finite volume method, and computational fluid dynamics. These methods made it possible to study the movements of fluids, how they interacted with their environment and how they affected each other. The hydrodynamic study of the chosen section of the Daule River was essential to understand its behavior, it will serve to evaluate the other aspects.
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Palabras clave
Modelos Hidrodinámicos, Caudal, Fluidos, Déficit Hídrico, Hec-Ras
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APA