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Pioneering research for sustainable development

CITEEC carries out pioneering research in civil engineering, materials, sustainability and infrastructure. Thanks to multidisciplinary projects and international collaborations, scientific papers are being published that address key challenges facing the sector. This section presents the main papers and results produced by our research groups.

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Pioneering research for sustainable development

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2010

Cea-Gómez, Luis; Garrido, Marta; Puertas-Agudo, Jerónimo; Jácome-Burgos, Juan Alfredo; Río, Héctor Del; Suárez-López, Joaquín

Overland flow computations in urban and industrial catchments from direct precipitation data using a two-dimensional shallow water model Journal Article

In: Water Science and Technology, vol. 62, no. 9, pp. 1998-2008, 2010, ISSN: 02731223, (cited By 26).

Abstract | Links | BibTeX | Tags: article; automation; catchment; computational fluid dynamics; experimental model; hydrography; industrial catchment; industry; precipitation; shallow water model; simulation; urban area; urban catchment, catchment; data set; discharge; experimental study; flooding; flow modeling; hydrograph; industrial location; infiltration; model validation; overland flow; precipitation intensity; rainfall; rainfall-runoff modeling; sewer network; shallow water; two-dimensional modeling; urban area; water depth, Catchments; Flood control; Flow simulation; Industry; Metadata; Runoff; Sewers; Two dimensional, Cities; Industry; Models, Experimental validations; Overland flow; Rainfall runoff; Rainfall simulator; Shallow water model; Urban floods, Rain, rain; runoff, Theoretical; Rain; Sanitary Engineering; Water Movements

@article{Cea20101998,

title = {Overland flow computations in urban and industrial catchments from direct precipitation data using a two-dimensional shallow water model},

author = {Luis Cea-Gómez and Marta Garrido and Jerónimo Puertas-Agudo and Juan Alfredo Jácome-Burgos and Héctor Del Río and Joaquín Suárez-López},

url = {https://www.scopus.com/inward/record.uri?eid=2-s2.0-79951637535&doi=10.2166%2fwst.2010.746&partnerID=40&md5=dcbef0b1904395a1efc15e8681918f15},

doi = {10.2166/wst.2010.746},

issn = {02731223},

year  = {2010},

date = {2010-01-01},

urldate = {2010-01-01},

journal = {Water Science and Technology},

volume = {62},

number = {9},

pages = {1998-2008},

abstract = {This paper presents the experimental validation and the application to a real industrial catchment of a two-dimensional depth-averaged shallow water model used for the computation of rainfall-runoff transformation from direct precipitation data. Instead of using the common approach in flood inundation modelling, which consists in computing the water depth and velocity fields given the water discharge, in this study the rainfall intensity is imposed directly in the model, the surface runoff being generated automatically. The model considers infiltration losses simultaneously with flow simulation. Gullies are also included in the model, although the coupling between the surface runoff and the sewer network is not considered. Experimental validation of the model is presented in several simplified laboratory configurations of urban catchments, in which the surface runoff has been measured for different hyetographs. The application to a real industrial catchment includes a sewer network flow component, which is solved with the SWMM model. The numerical predictions of the discharge hydrograph generated by a 12 hours storm event are compared with field measurements, providing encouraging results. © IWA Publishing 2010.},

note = {cited By 26},

keywords = {article; automation; catchment; computational fluid dynamics; experimental model; hydrography; industrial catchment; industry; precipitation; shallow water model; simulation; urban area; urban catchment, catchment; data set; discharge; experimental study; flooding; flow modeling; hydrograph; industrial location; infiltration; model validation; overland flow; precipitation intensity; rainfall; rainfall-runoff modeling; sewer network; shallow water; two-dimensional modeling; urban area; water depth, Catchments; Flood control; Flow simulation; Industry; Metadata; Runoff; Sewers; Two dimensional, Cities; Industry; Models, Experimental validations; Overland flow; Rainfall runoff; Rainfall simulator; Shallow water model; Urban floods, Rain, rain; runoff, Theoretical; Rain; Sanitary Engineering; Water Movements},

pubstate = {published},

tppubtype = {article}

}