Description: Numerical simulation of seismic wave is a effective auxiliary means for studying seismic data acquisition, processing and interpretation. The main methods of seismic wave numerical simulation include two major categories, namely, the geometric ray method and the wave equation. Finite difference method, which main advantages are the small memory and computing speed, is one of the very important way for wave equation simulation. Paper uses the high order staggered-grid difference method for numerical calculation of the first order elastic wave equation with velocity and stress. And the stability condition of difference equation, dispersion problems, as well as boundary condition are discussed.
To Search:
- [signal] - err
- [Synthesize] - Work together to use our team to do the
- [migration] - Procedue for seismic data Migration imag
- [stagger] - seismic wave modeling
- [tttplmela] - Loop boundary, an arbitrary high order e
- [a] - Pseudo-Franco-Prussian acoustic, elastic
- [F_Kzy] - fk forward modeling to produce seismic r
- [seisrectime[1]] - Seismic forward modeling program, especi
File list (Check if you may need any files):
segy1\4\Add.dsp
.....\.\Add.f90
.....\.\Add.par
.....\.\Add.plg
.....\.\Addrp.f90
.....\.\Debug\Add.exe
.....\.\.....\Add.obj
.....\.\.....\Add.pdb
.....\.\.....\DF50.PDB
.....\.\jia.for
.....\.\MULIN1.dat
.....\.\MULIN2.DAT
.....\.\mulinrr.dat
.....\.\Read.lis
.....\.\Read.list
.....\Add.dsp
.....\Add.dsw
.....\Add.f90
.....\Add.opt
.....\Add.par
.....\Add.plg
.....\Addrp.f90
.....\Addrp.rar
.....\Debug\Add.exe
.....\.....\Add.obj
.....\.....\Add.pdb
.....\.....\DF50.PDB
.....\MULIN1.DAT
.....\MULIN2.DAT
.....\mulinrr.dat
.....\Read.lis
.....\Read.list
.....\4\Debug
.....\4
.....\Debug
segy1
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