Rayleigh Surface Wave Forward Modeling Implementation
MATLAB-based forward modeling of Rayleigh surface waves for shallow seismic exploration research with detailed code implementation and algorithm explanations
MATLAB Ray Tracing Algorithm Implementation
An excellent ray tracing program for forward modeling simulations with practical applications and comprehensive functionality
Rayleigh Surface Wave Forward Modeling in Bi-directional Media
This program performs forward modeling of Rayleigh surface waves in bi-directional media using PML boundary conditions, featuring high computational efficiency and accurate wave propagation simulation suitable for seismic analysis.
GPRmax Ground Penetrating Radar Forward Modeling
Capability to plot 2D/3D profile visualizations and model diagrams using data obtained from GPRmax forward modeling simulations
2D Finite Element Method Forward Modeling Program for Magnetotelluric Method
This program is designed for 2D finite element method forward modeling in magnetotelluric surveys, implementing robust numerical algorithms for accurate electromagnetic field simulations.
Forward Modeling of Rayleigh Surface Waves in Two-Phase Media
This project demonstrates efficient forward modeling of Rayleigh surface waves in two-phase media, incorporating perfectly matched layer (PML) boundary conditions for superior wave absorption and realistic simulation outcomes.
Forward Modeling of Rayleigh Surface Waves
Numerical simulation of Rayleigh surface wave propagation using MATLAB with finite difference or pseudo-spectral method implementations
MATLAB Implementation of Ray Tracing Algorithm
MATLAB Code Implementation for Ray Tracing with Numerical Simulation Techniques