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xyfdtd
- xy时域有限差分的fortran数值模拟 xy时域有限差分的fortran数值模拟-xy finite difference time domain numerical simulation of fortran xy finite-difference time-domain of fortran Numerical simulation
WaveFieldNumericalSimulation(StaggeredGrid)
- TotalWES.m是主干程序，而DCoef和FCTforAW是里面调用的函数。TotalWES只要实现交错网格有限差分波场数值模拟，其中的FCTforAW是用来消除数值频散的。这些是实现弹性波波场模拟的程序，其它两个文件是实现声波波场模拟的程序
sbs
- 在时间上使用隐式有限差分法，空间上使用后向差分法，对耦合波方程组离散化，进而对受激布里渊散射的能量反射率和产生SBS的阈值能量进行数值模拟。-Begin with the coupled wave equations which describe the interactions of the pump, the sound and the Stokes wave in the process of SBS. The equations are simplified according prac
FD-
- 地球物理交错网格有限差分波场数值模拟及边界处理PML-Geophysical finite difference wave field numerical simulation with PML boundary
Acoustic(PML)
- 一阶速度-应力弹性波方程高阶交错网格高阶有限差分数值模拟，PML吸收边界条件-An order velocity- stress elastic wave equation order staggered grid high-order finite difference numerical simulation, PML absorbing boundary conditions
fdm
- 有限差分数值模拟程序，进行地震波正演，采用的是交错网格-Finite difference numerical simulation program, conducting seismic forward modeling, USES a staggered grid
基于声波方程有限差分数值模拟
- 基于声波方程有限差分数值模拟，这是中国海洋大学场论1课程的大作业。-Finite difference based on acoustic wave equation, which is the China Ocean University Field Theory 1 course a big operation.
finite-difference-method
- Ⅰ层模型声波波场数值的有限差分模拟程序，可自行下载研究- finite difference method
123tanxingbo
- 弹性波有限差分数值模拟，生成波场快照，交错网格，-Numerical simulation of elastic wave finite difference wave field generated snapshots, staggered grid,
hope
- 变步长网格，声波方程，有限差分数值模拟程序，二阶-Variable step mesh, acoustic equation, finite difference numerical simulation program, second order
Codes_advection_diffusion
- 河流数值模拟课中，用有限差分的方法求解一流的对流扩散方程以及浅水方程。-The finite difference method is used to solve the first-order convection-diffusion equation and the shallow-water equation in the course of river numerical simulation.
声波有限差分法正演模拟c语言程序
- 有限差分数值模拟地震记录，绘制正演模拟波前快照。(Seismic wave inverse time migration program can realize the inversion of seismic wave)
youixanchafei
- 通过对二维地震模拟中有限差分法进行模拟，实现地震合成记录。(The synthetic seismogram is achieved by simulating the finite difference method in 2-D seismic simulation.)