AUTHOR(S): Giovanni Cannata, Chiara Petrelli, Luca Barsi, Flaminia Camilli, Francesco Gallerano

TITLE On the Integral Form of the Motion Equations for Free Surface Flow 
ABSTRACT This work deals with a novel threedimensional finitevolume nonhydrostatic shockcapturing model for the simulation of wave transformation processes and wavestructure interaction. The model is based on an integral formulation of the NavierStokes equations solved on a coordinate system in which the vertical coordinate is varying in time. A finitevolume shockcapturing numerical technique based on high order WENO reconstructions is adopted in order to discretize the fluid motion equations. 
KEYWORDS threedimensional, timedependent coordinate system, free surface flow, shockcapturing 
REFERENCES [1] Gallerano F., Cannata G., Central WENO scheme for the integral form of contravariant shallowwater equations, International Journal for Numerical Methods in Fluids, 67, 2011, pp. 939959. 
Cite this paper Giovanni Cannata, Chiara Petrelli, Luca Barsi, Flaminia Camilli, Francesco Gallerano. (2017) On the Integral Form of the Motion Equations for Free Surface Flow. International Journal of Theoretical and Applied Mechanics, 2, 6672 
