wave-equation

There are 4 repositories under wave-equation topic.

• wavetorch

  fancompute / wavetorch

  🌊 Numerically solving and backpropagating through the wave equation

  wave-equationdifferential-equationstime-seriesvowel-recognitionrecurrent-neural-networkrnnpytorch
  Language:Python 505

• spatialaudio / computational_acoustics

  Collection of Jupyter notebooks illustrating various techniques in computational acoustics

  acousticscomputational-acousticsfinite-element-methodshelmholtz-equationjupyter-notebooknumerical-computationopen-educational-resourcesroom-acousticswave-equation
  Language:Jupyter Notebook 131

• JanThorbecke / OpenSource

  Code for geophysical 3D/2D Finite Difference modelling, Marchenko algorithms, 2D/3D x-w migration and utilities.

  marchenkowave-equationfinite-differencemodelinggeophysics
  Language:C 128

• ucl-bug / jwave

  A JAX-based research framework for differentiable and parallelizable acoustic simulations, on CPU, GPUs and TPUs

  jaxsimulationacousticsdifferentiable-simulationsphysics-informed-neural-networksscientific-machine-learninggpu-accelerationkwaveultrasoundwave-equationgputpu-acceleration
  Language:Python 125

• waltsims / k-wave-python

  A Python interface to k-Wave GPU accelerated binaries

  acousticsgpukwaveneurosciencepythonsimulationultrasoundwave-equation
  Language:Python 94
• recreational_mathematics_with_python

  beltoforion / recreational_mathematics_with_python

  Short python samples of recreational mathematics.

  chaos-gamegame-of-lifepython3recreational-mathematicssierpinski-trianglewave-equationeducationalfractalssimulations
  Language:Python 52
• MultipleScattering.jl

  JuliaWaveScattering / MultipleScattering.jl

  A Julia library for simulating, processing, and plotting multiple scattering of waves.

  juliaparticlesscatteringsimulationwave-equationwave-scatteringmultiple-scatteringdiffractionrandom-media
  Language:Julia 44

• complexphoton / MESTI.m

  2D multi-source electromagnetic simulations in frequency domain, implementing the augmented partial factorization (APF) and other methods.

  electromagneticsfdfdscattering-matrixnanophotonicsaugmented-partial-factorizationapfmultiple-scatteringwave-equationscattering
  Language:MATLAB 34

• LaurentNevou / Light_WaveGuide2D

  Computes effective mode in a 2D wave guide

  waveguidewave-equation2dmaxwellhelmholtz-equationhelmholtzfemdielectricphysicsphysics-simulationoptoelectronicsphotonicsmatlabwaveguide
  Language:MATLAB 30

• complexphoton / MESTI.jl

  3D multi-source electromagnetic simulations in frequency domain, implementing the augmented partial factorization (APF) and other methods.

  apfaugmented-partial-factorizationelectromagneticsfdfdmultiple-scatteringnanophotonicsscatteringscattering-matrixwave-equation
  Language:Julia 24

• pmontalb / PdeFiniteDifferenceSolver

  C++/CUDA implementation of the most popular hyperbolic and parabolic PDE solvers

  pde-solverwave-equationheat-equationtransport-equation
  Language:C++ 24

• k3jph / cmna-pkg

  Computational Methods for Numerical Analysis

  numerical-analysisnewtondifferential-equationsquadraturepartial-differential-equationsroot-findingoptimizationtraveling-salespersonmonte-carlomatrix-factorizationinterpolationsplinesleast-squaresheat-equationwave-equationtestthatbisectionsecant
  Language:R 16

• AbdullahWaseem / 1D-Finite-Element-Codes-Matlab

  A simple Matlab implementation for 1D finite element methods for different physical phenomena: Heat transfer (linear/non-linear, steady-state/transient), wave equation (elastodynamics), and Coupled thermo-mechanics.

  finite-element-methodsmatlabheat-transferthermomechanical-couplingfinite-elementsfinite-element-analysistime-integrationthermo-mechanicselastodynamicswave-equation
  Language:MATLAB 14

• Zydiii / Games103

  🕹 Demos of Games 103 (Physics Simulation) Using Unity

  physics-simulationunity3drigid-body-dynamicscloth-simulationwater-simulationdeformationfinite-element-methodswave-equationshape-matchingposition-based-dynamics
  Language:C# 14

• aeberspaecher / pyoptics

  Physical optics in Python

  fourier-methodsimagingopticspythonwave-equation
  Language:Python 13

• gilbertfrancois / partial-differential-equations

  Notes and examples on how to solve partial differential equations with numerical methods, using Python.

  partial-differential-equationspythonnumpynumerical-methodspdepde-solverscipyjupyter-notebookjupyterjupyterlabcomputational-fluid-dynamicsheat-equationwave-equationmatlabpde-toolboxcfd
  Language:Jupyter Notebook 13

• LaurentNevou / Light_WaveGuide1D

  Computes effective mode in a 1D wave guide

  waveguidewave-equation1dmaxwellhelmholtz-equationhelmholtzfemdielectricphysicsphysics-simulationoptoelectronicsphotonicsmatlabwaveguide
  Language:MATLAB 11

• iamHrithikRaj / Numerical-Algorithm

  In numerical analysis, a numerical method is a mathematical tool designed to solve numerical problems. The implementation of a numerical method with an appropriate convergence check in a programming language is called a numerical algorithm

  adams-bashforthadams-bashforth-methodsbisection-methodcppfactorization-methodsgauss-eliminationgauss-jordangauss-seidelheat-equationlaplace-equationnewton-raphsonnewtons-forward-interpolationnumerical-algorithmsnumerical-analysisnumerical-approximationnumerical-methodspower-methodregula-falsitrapezoidal-methodwave-equation
  Language:C++ 9

• LaurentNevou / Light_WaveCavity2D

  Computes eigen frequencies in a 2D micro-cavity

  pwefemmicrocavitymaxwellmaxwell-equations-solverhelmholtz-equationhelmholtzdielectricphysicsphysics-simulationoptoelectronicsphotonicsphotonic-mode-solver2dresonant-cavitywavewave-equationmatlabcavity-simulators
  Language:MATLAB 9

• arturgower / MultipleScattering-Mathematica

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

  diffractionmathematicamultiple-scatteringwave-equationwave-propagationwave-scattering
  Language:Mathematica 8

• LaurentNevou / Light_WaveCavity3D

  Computes eigen frequencies in a 3D micro-cavity

  wavewave-equation3dmaxwellhelmholtz-equationhelmholtzfemdielectricphysicsphysics-simulationoptoelectronicsphotonicsphotonic-mode-solvermatlabcavitycavity-simulatorsmicrocavitymicro-cavityresonant-cavity
  Language:MATLAB 7

• pawbz / Interactive-Seismology.jl

  Computational lab to provide the students with interactive simulations that help them to comprehend the concepts of seismology.

  earth-scienceearthquakesinverse-problemsjulia-languagepluto-notebooksseismologywave-equationwave-propagationwave-scattering
  Language:Julia 7

• wushulin / ParaDIAG

  ParaDiag includes diagonalization-based Parallel-in-Time (PinT) algorithms, which can handle both both dissipative and hyperbolic equations.

  parallel-in-timediagonalizationpreconditioningdirectiterativewave-equationadvection-diffusion
  Language:C 7

• enter-opy / old-guitarist

  Guitar physical model

  physical-modeling
  Language:C++ 6

• LaurentNevou / Light_WaveCavity1D

  Computes eigen frequencies in a 1D micro-cavity

  physicsphysics-simulationwavefempwe1dhelmholtz-equationmaxwellmaxwell-equations-solveroptoelectronicscavity-simulatorsphotonic-mode-solverphotonicsmicrocavityresonant-cavitymatlabwave-equationdielectric
  Language:MATLAB 6

• emmanuelroque / pdefourier

  A Maxima package to compute Fourier series and solve partial differential equations.

  pde-solverfourier-seriesmaxima-caswave-equationlaplace-equationheat-equation
  5

• weiwongg / PDE

  Numerical Method for Solving Basic PDE

  pdepoisson-equationheat-equationwave-equationfinite-element-methods
  5

• flightstar / Transfer-Data-via-Light

  A project research transfer data and wifi broadcast via light of specialized device. And combination between Li-Fi and Wifi will helpful for real life

  li-fiwave-equationiotiot-devicephysics-simulationelectromagneticmechanical-wavespython-api
  4
• kdv-kawahara

  xli2522 / kdv-kawahara

  Numerical Solver to Korteweg-de Vries and Kawahara Equations

  wavekdvkawaharapdenumerical-methodswave-equationstability-analysis
  Language:Python 4

• AllisonOge / electromagnetism-and-antenna-theory-v2-1

  A book on transmission line and the wave equations for undergrad courses at the university of benin

  electromagnetismtransmission-linewave-equation
  Language:TeX 3

• slimgroup / Software.siahkoohi2019TRnna

  Neural network augmented wave-equation simulation by Siahkoohi, A., Louboutin, M., and Herrmann, F.J.

  wave-equationfinite-differencedeep-learningdispersion
  Language:Python 3

• chrisbolig / fdm

  finite difference 3d visualization, JavaScript

  animationboundary-conditionscolor-mappingdifferential-equationsfinite-difference-methodneumannthreejswave-equation
  Language:JavaScript 2

• DLasso74 / NuMethods

  Proyect Repository

  proyectwaveequationwave-equationpythonfemsolver
  Language:Python 2

• sam-marsh / wave-equation

  Simulation of acoustic wave propagation through a water-earth velocity model.

  geophysicsphysicswave-equation
  Language:Mathematica 2

• kevintah / 3d-wave-equation

  3D wave equation -- Mathematica

  3d3d-modelswave-equationwaves
  Language:Mathematica 1

• Riddhiman2005 / Stability-in-Wave-Equation-on-Schwarzschild-de-Sitter-Spacetime

  In this study, we explore stable numerical approaches and various hyperboloidal coordinate choices for solving the wave equation on Schwarzschild-de Sitter spacetime, addressing the origin treatment and metric singularity issues.

  dsstnotesschwarzschildstudywave-equationhyperboloidal-coordinatesmetric-singularity
  Language:TeX 1