Calibración y simulación de un sistema regulado de suministro de agua a través de técnicas de Monte Carlo | Zendy

Asier Lacasta Soto | Zendy; Mario MoralesHernández | Zendy; M. Tejero-Juste | Zendy; J. Burguete | Zendy; P. Brufau | Zendy; Pilar GarcíaNavarro | Zendy

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Calibración y simulación de un sistema regulado de suministro de agua a través de técnicas de Monte Carlo

Author(s) -

Asier Lacasta Soto,

Mario MoralesHernández,

M. Tejero-Juste,

J. Burguete,

P. Brufau,

Pilar GarcíaNavarro

Publication year - 2015

Publication title -

ingeniería del agua

Language(s) - English

Resource type - Journals

eISSN - 1886-4996

pISSN - 1134-2196

DOI - 10.4995/ia.2015.3350

Subject(s) - humanities , physics , mathematics , philosophy

Channel flow covers long distances and obeys to variable temporal behaviour. It is usually regulated by hydraulic elements as lateral gates to provide a correct of water supply. The dynamics of this kind of flow is governed by a partial differential equations system named shallow water model. They have to be complemented with a simplified formulation for the gates. All the set of equations form a non-linear system that can only be solved numerically. Here, an explicit upwind numerical scheme in finite volumes able to solve all type of flow regimes is used. Hydraulic structures (lateral gates) formulation introduces parameters with some uncertainty. Hence, these parameters will be calibrated with a Monte Carlo algorithm obtaining associated coefficients to each gate. Then, they will be checked, using real cases provided by the monitorizing equipment of the Pina de Ebro channel located in Zaragoza.

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