In this paper the application of numerical and physical models for the simulation of airborne pollutants in urban areas are presented. The assessment of the impact of cruise ships during the hoteling phase in the port of Naples is considered as case study. A physical model of the urban area of Naples has been realized (scale 1:500) and tested in the wind tunnel facility of the Ecole Central de Lyon. Results of wind tunnel tests are compared with CALPUFF and CFD simulations with the aim to validate the performances of the models. The results obtained give useful information for an optimized use of dispersion models.
Physical and Numerical Models of Atmospheric Urban Dispersion of Pollutants / Toscano, D.; Marro, M.; Mele, B.; Murena, F.; Salizzoni, P.. - 12253 LNCS:(2020), pp. 692-699. (Intervento presentato al convegno Computational Science and Its Applications – ICCSA 2020) [10.1007/978-3-030-58814-4_56].
Physical and Numerical Models of Atmospheric Urban Dispersion of Pollutants
Toscano D.;Mele B.;Murena F.;
2020
Abstract
In this paper the application of numerical and physical models for the simulation of airborne pollutants in urban areas are presented. The assessment of the impact of cruise ships during the hoteling phase in the port of Naples is considered as case study. A physical model of the urban area of Naples has been realized (scale 1:500) and tested in the wind tunnel facility of the Ecole Central de Lyon. Results of wind tunnel tests are compared with CALPUFF and CFD simulations with the aim to validate the performances of the models. The results obtained give useful information for an optimized use of dispersion models.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
