Add to ORKGThe ongoing work of combining three existing software programs into a nested grid oceanography model is detailed. The HYPER domain decomposition program, the SPEM ocean modeling program, and a quasi-geostrophic model written in England are being combined into a general ocean modeling facility. This facility will be used to test the viability and the capability of two-way nested grids in the North Atlantic
Following the work of [BD99], the present paper presents a general approach to adaptive mesh refinem...
Prognostic numerical models for atmospheric and oceanic circulations require initial fields, boundar...
A Final Report to the U.S. Department of Energy (DOE) for the CHAMMP Program on Climate Research (Co...
A new multiply nested primitive equation ocean model is presented. The model employs a two-way inter...
A mesh movement scheme is implemented in a multiply nested primitive equation ocean model. Mesh move...
Grid embedding method is used to enhance the model resolution due to its ability to multiply nested ...
In this article we propose two grid generation methods for global ocean general circulation models. ...
A new two-way nesting technique is presented for a multiple nested-grid ocean modeling system. The n...
Hydrodynamic numerical modelling of coastal zones typically requires a high level of horizontal spat...
A numerical exploration of inertial equilibrium states obtained with a primitive equation ocean mode...
International audienceA full two-way nesting approach for split-explicit, free surface ocean models ...
A limitation of many explicit finite-difference global climate models is the timestep restriction ca...
Unstructured-mesh models are common in coastal ocean modeling, but their applications are still at t...
ICM-CRM Meeting 2023: New Bridges between Marine Sciences and Mathematics, 2-10 November 2023Ocean G...
A full two-way nesting approach for split-explicit, free surface ocean models is presented. It is no...
Following the work of [BD99], the present paper presents a general approach to adaptive mesh refinem...
Prognostic numerical models for atmospheric and oceanic circulations require initial fields, boundar...
A Final Report to the U.S. Department of Energy (DOE) for the CHAMMP Program on Climate Research (Co...
A new multiply nested primitive equation ocean model is presented. The model employs a two-way inter...
A mesh movement scheme is implemented in a multiply nested primitive equation ocean model. Mesh move...
Grid embedding method is used to enhance the model resolution due to its ability to multiply nested ...
In this article we propose two grid generation methods for global ocean general circulation models. ...
A new two-way nesting technique is presented for a multiple nested-grid ocean modeling system. The n...
Hydrodynamic numerical modelling of coastal zones typically requires a high level of horizontal spat...
A numerical exploration of inertial equilibrium states obtained with a primitive equation ocean mode...
International audienceA full two-way nesting approach for split-explicit, free surface ocean models ...
A limitation of many explicit finite-difference global climate models is the timestep restriction ca...
Unstructured-mesh models are common in coastal ocean modeling, but their applications are still at t...
ICM-CRM Meeting 2023: New Bridges between Marine Sciences and Mathematics, 2-10 November 2023Ocean G...
A full two-way nesting approach for split-explicit, free surface ocean models is presented. It is no...
Following the work of [BD99], the present paper presents a general approach to adaptive mesh refinem...
Prognostic numerical models for atmospheric and oceanic circulations require initial fields, boundar...
A Final Report to the U.S. Department of Energy (DOE) for the CHAMMP Program on Climate Research (Co...