The paper presents a preliminary implementation of a 3-D integrated, wave-current-sediment numerical model in a shallow water area of the NW Adriatic Sea, with the aim of assessing the erosion patterns and bottom morphology modifications that may be induced by severe marine conditions. The numerical modeling results show how complex, integrated numerical tools are becoming suitable both for preliminary investigations and for effective littoral management activities as well.
S. Carniel, M. Sclavo, R. Archetti (2012). The use of integrated wave-current-sediment numerical tools to model coastal dynamics: an applications in the North Adriatic Sea. AACHEN : H. Schüttrumpf.
The use of integrated wave-current-sediment numerical tools to model coastal dynamics: an applications in the North Adriatic Sea
ARCHETTI, RENATA
2012
Abstract
The paper presents a preliminary implementation of a 3-D integrated, wave-current-sediment numerical model in a shallow water area of the NW Adriatic Sea, with the aim of assessing the erosion patterns and bottom morphology modifications that may be induced by severe marine conditions. The numerical modeling results show how complex, integrated numerical tools are becoming suitable both for preliminary investigations and for effective littoral management activities as well.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
