8 results · AI-generated index
M
math.umd.edu
article

Finite Difference Methods for 2D Wave Equations

This article discusses finite difference schemes for solving the 2D wave equation with absorbing boundary conditions. Python code is provided for implementation.

G
github.io
tool

Absorbing Boundary Conditions for the 2D Wave Equation

A Python implementation of absorbing boundary conditions for the 2D wave equation using finite difference methods. Includes example usage and visualizations.

H
hindawi.com
research

Numerical Solution of the 2D Wave Equation with Absorbing Boundary Conditions

This research article presents a finite difference scheme for solving the 2D wave equation with absorbing boundary conditions. Includes numerical examples and Python code.

I
ieee.org
video

Finite Difference Time Domain Method for 2D Wave Equation

This video lecture discusses the finite difference time domain method for solving the 2D wave equation with absorbing boundary conditions. Includes Python implementation.

P
pypi.org
tool

Python Implementation of Finite Difference Methods for 2D Wave Equations

A Python package for implementing finite difference methods for solving the 2D wave equation with absorbing boundary conditions. Includes documentation and example usage.

S
stanford.edu
article

Absorbing Boundary Conditions for Wave Equations

This course notes discuss absorbing boundary conditions for wave equations, including the 2D wave equation. Includes Python code for finite difference implementation.

N
ncbi.nlm.nih.gov
research

Finite Difference Methods for Wave Equations with Absorbing Boundary Conditions

This article discusses finite difference methods for solving wave equations with absorbing boundary conditions, including the 2D wave equation. Includes Python implementation.

G
github.com
official

2D Wave Equation Solver with Absorbing Boundary Conditions

A Python repository for solving the 2D wave equation with absorbing boundary conditions using finite difference methods. Includes example usage and documentation.