The present work focus on the study of the circulation pattern in the North Bari coast, Italy, where a waste water discharge from a treatment plant is present. Simulations with a 3D hydrodynamic mathematical model, which was validate with field measurements, were carried out in order to analyze (i) the most frequent meteoclimatic conditions and then (ii) two project hypotheses that could minimize the impact of the discharge on the coast.
Mathematical modelling as support for planning decisions / Damiani, L; Malcangio, D; Mossa, M; Petrillo, Af - In: Second international conference on the application of physical modelling to port and coastal protection / [a cura di] Leonardo Damiani and Michele Mossa. - STAMPA. - Madrid : IAHR, 2009. - ISBN 978-90-78046-07-3. - pp. 537-548
Mathematical modelling as support for planning decisions
Malcangio D;Mossa M;Petrillo AF
2009-01-01
Abstract
The present work focus on the study of the circulation pattern in the North Bari coast, Italy, where a waste water discharge from a treatment plant is present. Simulations with a 3D hydrodynamic mathematical model, which was validate with field measurements, were carried out in order to analyze (i) the most frequent meteoclimatic conditions and then (ii) two project hypotheses that could minimize the impact of the discharge on the coast.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
