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De Rouck, J. (author), Geeraerts, J. (author), Troch, P. (author), Kortenhaus, A. (author), Pullen, T. (author), Franco, L. (author)It is proven that wave run up on rough slopes is underestimated in small scale model tests due to scale / model effects. Given this fact, the same effects are suspected to be present for wave overtopping. A thorough comparison between prototype measurements of wave overtopping at three different coastal structures and scale model tests of these...report 2005
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Franco, L. (author), Briganti, R. (author), Bellotti, G. (author)This report summarizes the whole activities undertaken by MODIMAR within CLASH 2002-2004 for overtopping prototype measurements at the Ostia (Rome) site and consequent data analysis. The report includes a description of the station setup and instrumentation, the definition of methods of analysis, the full overview of the overtopping storms...report 2005
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Pearson, J. (author), Bruce, T. (author), Franco, L. (author), Van der Meer, J.W. (author), Falzacappa, M. (author), Molino, R. (author)This report details the results of the second phase of the additional white spot tests undertaken by the University of Edinburgh. Part A was undertaken by Aalborg University who investigated the effect of wave obliquity. Edinburgh were commissioned to undertake a series experiments to determine the relative difference in overtopping...report 2004
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Steendam, G.J. (author), Van der Meer, J. (author), Verhaeghe, H. (author), Besley, P. (author), Franco, L. (author), Van Gent, M.R.A. (author)One of the main objectives within the EU-project CLASH (www.clash-eu.org) was to create a generic prediction method for wave overtopping at coastal structures by means of the Neural Network technique. An extensive and homogeneous database on wave overtopping was set up within CLASH, mainly with the aim to be used for the training process of the...report 2004