International audienceCROCO (Coastal and Regional Ocean Community model [1]) is a new oceanic modeling system built upon ROMS_AGRIFand the non-hydrostatic kernel of SNH, gradually including algorithms from MARS3D (sediments)and HYCOM (vertical coordinates).An important objective of CROCO is to provide the possibility of running truly multiresolution simulations.Our previous work on structured mesh refinement [2] allowed us to run two-way nesting with the following major features:conservation, spatial and temporal refinement, coupling at the barotropic level.In this presentation, we will expose the current developments in CROCO towards multiresolution simulations: connection between neighboring grids at the same level of resolution and load ...
Following the work of [BD99], the present paper presents a general approach to adaptive mesh refinem...
International audienceIn the ocean, mesoscale or submesoscale structures and coastal processes are a...
The ongoing work of combining three existing software programs into a nested grid oceanography model...
International audienceThis talk will review the on-going developments of the CROCO model (http://www...
CROCO is a new oceanic modeling system built upon ROMS_AGRIF and the non-hydrostatic kernel of SNH (...
Unstructured-mesh models are common in coastal ocean modeling, but their applications are still at t...
Many questions in ocean and climate modelling require the combined use of high resolution, global co...
A full two-way nesting approach for split-explicit, free surface ocean models is presented. It is no...
International audienceA full two-way nesting approach for split-explicit, free surface ocean models ...
In this article we propose two grid generation methods for global ocean general circulation models. ...
In this article the advantages and current status of unstructured mesh ocean modelling are reviewed....
Unstructured meshes are common in coastal modeling, but still rarely used for modeling the large-sca...
International audienceOceanic numerical models are used to understand and predict a wide range of pr...
Following the work of [BD99], the present paper presents a general approach to adaptive mesh refinem...
International audienceIn the ocean, mesoscale or submesoscale structures and coastal processes are a...
The ongoing work of combining three existing software programs into a nested grid oceanography model...
International audienceThis talk will review the on-going developments of the CROCO model (http://www...
CROCO is a new oceanic modeling system built upon ROMS_AGRIF and the non-hydrostatic kernel of SNH (...
Unstructured-mesh models are common in coastal ocean modeling, but their applications are still at t...
Many questions in ocean and climate modelling require the combined use of high resolution, global co...
A full two-way nesting approach for split-explicit, free surface ocean models is presented. It is no...
International audienceA full two-way nesting approach for split-explicit, free surface ocean models ...
In this article we propose two grid generation methods for global ocean general circulation models. ...
In this article the advantages and current status of unstructured mesh ocean modelling are reviewed....
Unstructured meshes are common in coastal modeling, but still rarely used for modeling the large-sca...
International audienceOceanic numerical models are used to understand and predict a wide range of pr...
Following the work of [BD99], the present paper presents a general approach to adaptive mesh refinem...
International audienceIn the ocean, mesoscale or submesoscale structures and coastal processes are a...
The ongoing work of combining three existing software programs into a nested grid oceanography model...