Forward Modeling of Wave Equations in Viscoelastic Media
A forward modeling program for wave equations in viscoelastic media, serving as a reference implementation for beginners with code structure and algorithm explanations
Explore MATLAB source code curated for "波动方程" with clean implementations, documentation, and examples.
A forward modeling program for wave equations in viscoelastic media, serving as a reference implementation for beginners with code structure and algorithm explanations
The velocity regularity in wave equation propagation within VTI media provides foundational guidance for understanding wave propagation patterns in anisotropic media, with implications for seismic modeling and numerical implementation using algorithms like finite-difference or spectral-element methods.
Discretizing wave equations using finite differences and implementing numerical simulation with algorithmic approaches
Second-order staggered grid spatial scheme for wave equation wave field simulation without dispersion elimination
MATLAB code implementation for solving wave equations with finite difference numerical methods
Applying finite difference equations to solve wave equations with configurable boundary conditions using numerical discretization approaches
This is the source code implementation for decomposing wave equations into upgoing and downgoing components, featuring two integrated source files that can be executed together to generate complete results.
Finite Difference Method (FDM) Simulation of Wave Equation with Numerical Implementation
Numerical solution of one-dimensional wave equation using finite difference method with implementation details
Applying finite difference methods to solve wave equations with numerical implementation approaches