wave-propagation

gprMax is open source software that simulates electromagnetic wave propagation using the Finite-Difference Time-Domain Finite-Difference (FDTD) code for numerical modelling of Ground Penetrating Radar (GPR), antennas, radar and bioelectromagnetics

Forward code for the P-SV wave equation on a staggered grid, with full waveform inversion interfaces. Finite difference approach according to stress-velocity formulation.

Ultrasonic NDT Simulator with engine core based on the Elastodynamic Finite Integration Technique (EFIT)

Fast implementation of the multi-dimensional fractional Fourier transform in Python

Electrostatic and Electromagnetic wave propagation simulations with FEM: EM field, TE & TM modes of a circular waveguide, scattering of a plane wave from a perfect electric conductor cylinder using PML.

A Scalable Deep Learning Framework for Wave-Based Inverse Problems

Extreme-scale Discontinuous Galerkin Environment (EDGE)

Wave propagation framework for Python 3. Documentation and examples: https://wave-propagation.readthedocs.io/

Setup, run, post process, and visualize numerical simulations. Primarily SW4

Seismo-VLAB: An Open-Source Finite Element Software for Meso-Scale Simulations

Release version of ncpaprop, a command-line package for modeling the propagation of low-frequency acoustic waves in the atmosphere.

ViscoWave is a tool for Dynamic Backcalculation of Falling Weight Deflectometer (FWD) Time History Data

A package to calculate ensemble averaged waves in heterogeneous materials. The focus is on wave propagation, scattering, and reflection, from particulate and porous materials.

Graduate Level Course of Technical University of Munich

Paper implementation of a 1-D quantum wave equation solver for arbitrary elastic media, initial conditions, and boundary conditions on actual quantum hardware

This repository has properties for different groups of material. The main idea is to provide accesible properties for comparison.

A Mathematica package to calculate exact multiple scattering, in time and frequency, according to the 2D wave equation.

Eliassen-Palm flux diagnostics script in the form employed by Edmon, 
H.
 J., 
B. 
J. 
Hoskins, 
and 
M. 
E. 
McIntyre, 
1980: 
Eliassen‐Palm 
cross
sections 
for
 the 
troposphere. 
J.
Atmos. 
Sci., 
37:2600–2616


Flexible and accessible Python framework for cardiac electrophysiology simulations using finite-difference methods.

VBM is an efficient exact wave propagation technique that has an O(n) compute and space complexity. Inherently produces globally optimal paths to all grid points. Solves several shortcomings of state-of-the-art FMM.