ESTUDIO COMPUTACIONAL (CFD) DE FLUJOS EN CANALES ABIERTOS. ANÁLISIS COMPARATIVO CON MODELOS
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2018-07-19
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[ES]En este proyecto se van a realizar ensayos experimentales con obstáculos en un canal hidráulico abierto, más concretamente con obstáculos de fondo que simulan resaltos de diferentes alturas. Los ensayos que se han realizado son el estudio de flujos, intentando obtener la energía específica en las secciones de la zona de ensayo que son más relevantes, es decir, en torno al obstáculo de fondo, donde generalmente puede producirse un cambio en el flujo.
Tras la realización dichos ensayos y su posterior estudio se ha intentado diseñar un modelo que simule y genere los mismos datos que se han obtenido de forma manual en el canal, con la finalidad de comparar dichos resultados y de este modo validar el modelo previamente generado.
[EN]In this project, experimental tests will be carried out with obstacles in an open hydraulic channel, more specifically with background obstacles that simulate heights of different heights. The tests that have been carried out are the study of flows, trying to obtain the specific energy in the sections of the test area that are more relevant, that is, around the bottom obstacle, where a change in the flow can generally take place. After the realization of these tests and their subsequent study, we have tried to design a model that simulates and generates the same data that has been obtained manually in the channel, in order to compare said results and thus validate the previously generated model.
[EN]In this project, experimental tests will be carried out with obstacles in an open hydraulic channel, more specifically with background obstacles that simulate heights of different heights. The tests that have been carried out are the study of flows, trying to obtain the specific energy in the sections of the test area that are more relevant, that is, around the bottom obstacle, where a change in the flow can generally take place. After the realization of these tests and their subsequent study, we have tried to design a model that simulates and generates the same data that has been obtained manually in the channel, in order to compare said results and thus validate the previously generated model.