This work deals with a novel three-dimensional finite-volume non-hydrostatic shock-capturing model for the simulation of wave transformation processes and wave-structure interaction. The model is based on an integral formulation of the Navier-Stokes equations solved on a coordinate system in which the vertical coordinate is varying in time. A finite-volume shock-capturing numerical technique based on high order WENO reconstructions is adopted in order to discretize the fluid motion equations.

3D free surface flow simulations based on the integral form of the equations of motion / Cannata, Giovanni; Petrelli, Chiara; Barsi, Luca; Camilli, Flaminia; Gallerano, Francesco. - In: WSEAS TRANSACTIONS ON FLUID MECHANICS. - ISSN 1790-5087. - ELETTRONICO. - 12:(2017), pp. 166-175.

3D free surface flow simulations based on the integral form of the equations of motion

Cannata, Giovanni;Petrelli, Chiara;Barsi, Luca;Camilli, Flaminia;Gallerano, Francesco
2017

Abstract

This work deals with a novel three-dimensional finite-volume non-hydrostatic shock-capturing model for the simulation of wave transformation processes and wave-structure interaction. The model is based on an integral formulation of the Navier-Stokes equations solved on a coordinate system in which the vertical coordinate is varying in time. A finite-volume shock-capturing numerical technique based on high order WENO reconstructions is adopted in order to discretize the fluid motion equations.
free surface flow; shock-capturing; three-dimensional; time-dependent coordinate system; physics and astronomy (all)
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3D free surface flow simulations based on the integral form of the equations of motion / Cannata, Giovanni; Petrelli, Chiara; Barsi, Luca; Camilli, Flaminia; Gallerano, Francesco. - In: WSEAS TRANSACTIONS ON FLUID MECHANICS. - ISSN 1790-5087. - ELETTRONICO. - 12:(2017), pp. 166-175.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1118252
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