Interaction of above/below urban grounds: an experimental facility developed to analyse computer modelling results

Matteo Rubinato (1) , James Shucksmith (1) , A. Saul (1)

1 Civil and Structural Engineering Department

This research undertaken at the University of Sheffield aims to provide a better understanding of the interaction above/below ground urban floods. A newly constructed unique experimental facility has been developed in the water lab, and it includes a sewer system, composed by 3 main pipes, 6 manholes and a CSO (Combined Sewer Overflow), and a preliminary urban surface with the slope 1/1000. This paper describes the experimental facility that has been built, how the system is managed in real time control using Labview software, which methodology will be applied to increase the understanding of the exchange flow-rate between an urban surface and a below sewer system and it presents preliminary results obtained comparing physical results with computer software results such as InfoWorks, SWMM and SIPSON (NUNO MELO et al., 2012). Finally, the PIV system (Particle Image Velocimetry) that will be used for the acquisition of the images during the event of flooding is briefly explained. This last step will be useful for the comparison between 3D digital maps created by standard software against real physical results.

Mots clés: Drainage; Flooding; Physical Modeling; Computer Modeling; Discharge coefficients

Domaines: Environnement et Société

Matteo Rubinato, James Shucksmith, A. Saul. Interaction of above/below urban grounds: an experimental facility developed to analyse computer modelling results. 13th edition of the World Wide Workshop for Young Environmental Scientists (WWW-YES-2013) - Urban waters: resource or risks?, Jun 2013, Arcueil, France. ⟨hal-00843116⟩