2D Staggered Grid Acoustic Wave Simulation with PML Boundary Conditions for Seismic Applications
Implementation of 2D staggered grid acoustic wave propagation with PML (Perfectly Matched Layer) boundary conditions for seismic modeling and analysis
Explore MATLAB source code curated for "交错网格" with clean implementations, documentation, and examples.
Implementation of 2D staggered grid acoustic wave propagation with PML (Perfectly Matched Layer) boundary conditions for seismic modeling and analysis
A tenth-order finite difference implementation for 2D acoustic wave propagation using staggered grid methodology, simulating wave propagation patterns and calculating wavefield amplitudes with high numerical accuracy.
This simulation includes staggered-grid programs with varying orders of accuracy for wavefield modeling in two-phase porous media
Wavefield simulation using first-order acoustic wave equation with staggered grid discretization, second-order accuracy, and PML boundary conditions
A comprehensive program for staggered-grid finite-difference wavefield simulation and AVO attribute analysis in two-phase media, featuring multiple staggered-grid schemes with varying accuracy levels, eigenvalue-based boundary absorption conditions, elastic parameter calculation modules for biphasic materials, and AVO attribute computation and analysis tools.
Implementation of the SIMPLE algorithm using staggered grid arrangement to simulate natural convection phenomena within a square cavity, including code structure and discretization methodology.
Implementation of Staggered-Grid Finite Difference Method for First-Order Elastic Wave Equations with Code-Based Algorithm Explanations