Fabio DENTALE | Curriculum

2000. Graduation in Civil Engineering (Hydraulics) at University of Salerno.

2000 – 2003 Ph.D. in Hydraulic and Environmental Engineering at University of Salerno. The Ph.D. thesis dealt with: “Beaches cross-shore erosive processes” tutor: prof. E. Pugliese Carratelli; co-tutor: Dott. Claudia Carmela Giarrusso.

Foreign languages: English.

Since January 2005 is Assistant Professor of Hydraulics at the University of Salerno. He has been co-advising the degree thesis, author/co-author of  national and international papers. His research interests are in the fields of Maritime Hydarulics: wave motion, beach sediment transport, maritime structures.

In the period 2001-2004 he collaborates to teaching activities for the course of Hydraulic, Enviromental Fluidodinamic, Maritime Hydraulic, Project Activities in Maritime Hydraulic at Salerno University;
2004/2005 e 2005/2006 he was responsible for the practices of the course of Hydraulic, Enviromental Fluidodinamic, Maritime Hydraulic, Project Activities in Maritime Hydraulic at Salerno University;
2006/2007 he was responsible for the course of Enviromental Fluidodinamics and responsible for the practices of the course of Maritime Hydraulic and Project Activities in Maritime Hydraulic at Salerno University;
Since 2007/2008 he was responsible for the course of Enviromental Hydraulic and responsible for the practices of the course Maritime Hydraulic and Project Activities in Maritime Hydraulic at Salerno University;
Since 2006 is member of the committee for doctorate in Environmental Engineering at Salerno University;
Since 2009 is memeber of scientific commission n. 8 (civil and Architectural Engineering) at Salerno University .  Since 2000 the scientific activity has been oriented to the numerical modeling for environmental and marine applications, with particular regard to the study of phenomena related to the motion of a free surface currents.The studies have concerned the interactions that are established between the wave and marine structures. The purpose of this activity was to test the influence that the geometrical parameters of a work on the character of hydrodynamic waves (height, speed, pressure, push).Initially, as part of doctoral research activities were carried out using a numerical model for solving NLSW (Non Linear shallow water) along a beach profile. It was then used to calculate a code for the 3D solution to the finite volume equations of Euler and Navier-Stokes.