CANNATA, Giovanni
CANNATA, Giovanni
DIPARTIMENTO DI INGEGNERIA CIVILE, EDILE E AMBIENTALE
3D free surface flow simulations based on the integral form of the equations of motion
2017 Cannata, Giovanni; Petrelli, Chiara; Barsi, Luca; Camilli, Flaminia; Gallerano, Francesco
3D numerical simulation of the interaction between waves and a T-head groin structure
2020 Cannata, Giovanni; Tamburrino, Marco; Gallerano, Francesco
A 3D numerical model for turbidity currents
2020 Cannata, G.; Barsi, L.; Tamburrino, M.
A 3D numerical scheme for non-hydrostatic flows
2017 Gallerano, Francesco; Cannata, Giovanni; Lasaponara, Francesco; Petrelli, Chiara
A 3D shock-capturing model for free surface flow
2016 Cannata, Giovanni; Lasaponara, Francesco; Camilli, Flaminia; Petrelli, Chiara; Gallerano, Francesco
A contravariant formulation of Non-linear Shallow Water Equations
2014 Cannata, Giovanni; Lasaponara, Francesco; Gallerano, Francesco
A dam-break flood simulation model in curvilinear coordinates
2018 Cannata, Giovanni; Petrelli, Chiara; Barsi, Luca; Fratello, Federico; Gallerano, Francesco
A dynamic two-equation sub grid scale model
2005 Gallerano, Francesco; E., Pasero; Cannata, Giovanni
A Modified k – ε Turbulence Model for aWave Breaking Simulation
2019 Cannata, G.; Palleschi, F.; Iele, B.; Gallerano, F.
A new dynamic k-ε subgrid scale model
2006 Gallerano, Francesco; Cannata, Giovanni; L., Melilla
A new numerical model for simulation of wave transformation, breaking and run-up in complex coastal regions
2015 Gallerano, Francesco; Cannata, Giovanni; DE GAUDENZI, Oriana; Petrelli, Chiara; Scarpone, Simone
A new numerical model for simulations of wave transformation, breaking and long-shore currents in complex coastal regions
2016 Gallerano, Francesco; Cannata, Giovanni; Lasaponara, Francesco
A New Rule of Turbulent Closure Relations in Large Eddy Simulation
2007 Gallerano, Francesco; Cannata, Giovanni
A new three-dimensional finite-volume non-hydrostatic shock-capturing model for free surface flow
2017 Gallerano, Francesco; Cannata, Giovanni; Lasaponara, Francesco; Petrelli, Chiara
A new turbulence model for breaking wave simulations
2022 Iele, B.; Palleschi, F.; Cannata, G.; Gallerano, F.
A New Turbulence Model for Large Eddy Simulation
2007 Gallerano, Francesco; Cannata, Giovanni
A three-dimensional high-order numerical model for the simulation of the interaction between waves and an emerged barrier
2022 Gallerano, Francesco; Palleschi, Federica; Iele, Benedetta; Cannata, Giovanni
A Three-Dimensional Numerical Study of Wave Induced Currents in the Cetraro Harbour Coastal Area (Italy)
2020 Cannata, Giovanni; Palleschi, Federica; Iele, Benedetta; Cioffi, Francesco
A Wave-Targeted Essentially Non-Oscillatory 3D Shock-Capturing Scheme for Breaking Wave Simulation
2022 Cannata, Giovanni; Palleschi, Federica; Iele, Benedetta; Gallerano, Francesco
A WENO scheme for the integral form of contravariant shallow water equations
2011 Gallerano, Francesco; Cannata, Giovanni; Tamburrino, Marco
Titolo | Data di pubblicazione | Autore(i) | File |
---|---|---|---|
3D free surface flow simulations based on the integral form of the equations of motion | 2017 | Cannata, Giovanni; Petrelli, Chiara; Barsi, Luca; Camilli, Flaminia; Gallerano, Francesco | |
3D numerical simulation of the interaction between waves and a T-head groin structure | 2020 | Cannata, Giovanni; Tamburrino, Marco; Gallerano, Francesco | |
A 3D numerical model for turbidity currents | 2020 | Cannata, G.; Barsi, L.; Tamburrino, M. | |
A 3D numerical scheme for non-hydrostatic flows | 2017 | Gallerano, Francesco; Cannata, Giovanni; Lasaponara, Francesco; Petrelli, Chiara | |
A 3D shock-capturing model for free surface flow | 2016 | Cannata, Giovanni; Lasaponara, Francesco; Camilli, Flaminia; Petrelli, Chiara; Gallerano, Francesco | |
A contravariant formulation of Non-linear Shallow Water Equations | 2014 | Cannata, Giovanni; Lasaponara, Francesco; Gallerano, Francesco | |
A dam-break flood simulation model in curvilinear coordinates | 2018 | Cannata, Giovanni; Petrelli, Chiara; Barsi, Luca; Fratello, Federico; Gallerano, Francesco | |
A dynamic two-equation sub grid scale model | 2005 | Gallerano, Francesco; E., Pasero; Cannata, Giovanni | |
A Modified k – ε Turbulence Model for aWave Breaking Simulation | 2019 | Cannata, G.; Palleschi, F.; Iele, B.; Gallerano, F. | |
A new dynamic k-ε subgrid scale model | 2006 | Gallerano, Francesco; Cannata, Giovanni; L., Melilla | |
A new numerical model for simulation of wave transformation, breaking and run-up in complex coastal regions | 2015 | Gallerano, Francesco; Cannata, Giovanni; DE GAUDENZI, Oriana; Petrelli, Chiara; Scarpone, Simone | |
A new numerical model for simulations of wave transformation, breaking and long-shore currents in complex coastal regions | 2016 | Gallerano, Francesco; Cannata, Giovanni; Lasaponara, Francesco | |
A New Rule of Turbulent Closure Relations in Large Eddy Simulation | 2007 | Gallerano, Francesco; Cannata, Giovanni | |
A new three-dimensional finite-volume non-hydrostatic shock-capturing model for free surface flow | 2017 | Gallerano, Francesco; Cannata, Giovanni; Lasaponara, Francesco; Petrelli, Chiara | |
A new turbulence model for breaking wave simulations | 2022 | Iele, B.; Palleschi, F.; Cannata, G.; Gallerano, F. | |
A New Turbulence Model for Large Eddy Simulation | 2007 | Gallerano, Francesco; Cannata, Giovanni | |
A three-dimensional high-order numerical model for the simulation of the interaction between waves and an emerged barrier | 2022 | Gallerano, Francesco; Palleschi, Federica; Iele, Benedetta; Cannata, Giovanni | |
A Three-Dimensional Numerical Study of Wave Induced Currents in the Cetraro Harbour Coastal Area (Italy) | 2020 | Cannata, Giovanni; Palleschi, Federica; Iele, Benedetta; Cioffi, Francesco | |
A Wave-Targeted Essentially Non-Oscillatory 3D Shock-Capturing Scheme for Breaking Wave Simulation | 2022 | Cannata, Giovanni; Palleschi, Federica; Iele, Benedetta; Gallerano, Francesco | |
A WENO scheme for the integral form of contravariant shallow water equations | 2011 | Gallerano, Francesco; Cannata, Giovanni; Tamburrino, Marco |