Gar6more 3D
Analytical Solutions of Waves Propagation Problems in Stratified Media in 3D.
| Authors: | Julien Diaz, Abdelaâziz Ezziani, Nicolas Le Goff |
|---|---|
| General: | Wave propagation |
| Code level: | Research |
| Language: | Fortran 90/95 or later |
| Associated groups: | Numerical Methods |
| Supercomputing: | Serial, Distributed Memory (e.g., MPI) |
| Grid dimensions: | 3D |
| Coordinate system: | Cartesian |
| Method: | Other |
| Tested operating system: | Linux |
| Rheology: | Acoustic scalar (SH), Elastic isotropic, Poroeleastic |
| Boundary conditions: | Absorbing boundaries |
| Grid type: | Other |
| Solution type: | Quasi-analytical |
| Total hits: | 2102 |
Latest Releases
-
Gar6more3D v2.0 (external)
Project Description
This code computes the analytical solution of waves propagation problems in 2D homogeneous or bilayered media, based on the Cagniard-de Hoop method. In the homogeneous case, the medium can be acoustic, elastic or poroelastic; infinite or semi-infinite with a free boundary or a wall boundary condition at its end. In the bilayered case, the following coupling are implemented (the source is assumed to be in the first medium) :
- acoustic/acoustic
- acoustic/elastic
- acoustic/poroelastic
- elastic/elastic
- poroelastic/poroelastic