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Ten Veldhuis, J.A.E. (author), Ochoa-Rodriguez, S. (author), Gires, A. (author), van Assel, J. (author), Ichiba, A. (author), Kroll, S. (author), Wang, L. (author), Tchiguirinskaia, I. (author), Schertzer, D. (author), Willems, P. (author)
Cities are particularly vulnerable to rainfall-generated floods that are typically characterised by their rapid onset and localised nature. This implies that precipitation and catchment information need to be available at high resolution to reliably predict hydrological response and potential flooding. On the contrary, urban areas constitute a...
conference paper 2015
document
Ten Veldhuis, J.A.E. (author), Ochoa-Rodriguez, S. (author), Gires, A. (author), Van Assel, J. (author), Ichiba, A. (author), Kroll, S. (author), Wang, L. (author), Tchiguirinskaia, I. (author), Schertzer, D. (author), Willems, P. (author)
In this study high resolution precipitation data are used, derived from polarimetric X-band radar at 100 m, 1 min resolution. The data are used to study the impact of different space-time resolutions of rainfall input on urban hydrodynamic modelling response for 9 storms, in 7 urban catchments. The results show that hydrodynamic response...
conference paper 2015
document
Ten Veldhuis, J.A.E. (author), Ochoa-Rodriguez, S. (author), Bruni, G. (author), Gires, A. (author), Van Assel, J. (author), Ichaba, A. (author), Kroll, S. (author), Wang, L.P. (author), Tchiguirinskaia, I. (author), Giangola Murzyn, A. (author), Richard, J. (author), Schertzer, D. (author), Willems, P. (author)
Precipitation and catchment information needs to be available at high resolution to reliably predict hydrological response and potential flooding in urban catchments. While recent advances have been made in weather radar technology and availability of DTM for urban flood modelling, the question is whether these are sufficient to provide reliable...
conference paper 2014