burgers-equation
There are 3 repositories under burgers-equation topic.
- Language:Python 37
- Language:C++ 24
xavierdechamps / Burgers_1D
Solve the 1D forced Burgers equation with high order finite elements and finite difference schemes.
Language:MATLAB 24314arhaam / burger-pinn
A Physics-Informed Neural Network for solving Burgers' equation.
Language:Jupyter Notebook 22sachabinder / Burgers_equation_simulation
Python script solving the Burgers' equation (équation de Burgers) 1D by using FFT pseudo-spectral method.
Language:Python 17JOThurgood / SimpleCFD
Simple (and not-so-simple) CFD solvers written in Fortran with Python plotting routines
Language:Fortran 15alanmatzumiya / pySpectralPDE
PySpectral is a Python package for solving the partial differential equation (PDE) of Burgers' equation in its deterministic and stochastic version.
Language:Python 13heruslu / Numerical-Methods-for-CFD
MATLAB functions and scripts for 1D Computational Fluid Dynamics
Language:MATLAB 13iwhoppock / viscous_burgers
Two solutions, written in MATLAB, for solving the viscous Burger's equation. They are both spectral methods: the first is a Fourier Galerkin method, and the second is Collocation on the Tchebyshev-Gauß-Lobatto points.
Language:MATLAB 10whalenpt / rkstiff
Runge-Kutta adaptive-step solvers for nonlinear PDEs. Solvers include both exponential time differencing and integrating factor methods.
Language:Python 10soumyasen1809 / OpenMP_C_12_steps_to_Navier_Stokes
Parallelization attempt to the “12 steps to Navier–Stokes” lessons using OpenMP/C
Language:C 9gagocarrilloedgar / Burgers1D_Solver
This report is developed with the purpose of giving the student a better understanding of what is turbulence modelling and its analysis. A brief introduction about the Burger's equation and the theories behind the models used later on the report. The study consist in the analysis of the Burger's equation in the Fourier space analysing the behaviour of the total energy as a function of the Reynolds Number [Re], the number of modes [N] and finally the effect of these two on the number of iterations of the model. Finally a comparison between LES [Large Eddy Simulation] and DNS [Direct Numerical Simulation] is made in order to analysis when the increase in computational cost is necessary.
Language:MATLAB 8- Language:Jupyter Notebook 7
Isaac-Somerville / Neural-Networks-for-Solving-Differential-Equations
Codebase for Master's dissertation in Mathematics at Durham University. Topic: applying neural networks to differential equations. Grade: 85/100.
Language:Python 6L1ssandra / DG-with-WENO-Limiter
A simple Fortran code of DG+KXRCF Detector+WENO Limiter solving 2D Burgers Equation
Language:Fortran 6- Language:Jupyter Notebook 6
nishantsule / Burgers-Equation
Finite-difference solution to 1D viscid Burger's equation
Language:Jupyter Notebook 5Francesco-Zeno-Costanzo / PDE
small examples of solving simple pde
Language:Fortran 4Junxiao-Zhao / Physical-Informed_Neural_Network
Utilized PINNs to fit 1D curves and 2D Burgers' Equation
Language:Python 4mino2357 / Sample_program_PDE
偏微分方程式の数値計算サンプル．バグがまだ埋まってると思う．
Language:C++ 3saitoasukakawaii / Burgers
Solving 1D Burger's equation using discontinuous Galerkin method
Language:C++ 3ddrous / hyperbolic-solvers
A bunch of solvers for some of the most common hyperbolic problems in C.
Language:TeX 2- burgers
tariqridwan / burgers
Codes to simulate & solve the Burgers equation using Fourier analysis
Language:MATLAB 2 Spectral Integration and Differentiation Algorithms. Includes FFTs, Chebyshev Transforms, and Hankel transforms. Exponential time differencing and integrating factor Runge-Kutta methods.
Language:C++ 2Fitting 2D curves or Multi-variable partial Differential Equations
Language:Python 1mschiffn / volterra_burgers
Evaluation of an analytical Volterra series solution to the Burgers equation
Language:MATLAB 1NohanJoemon / PDE-Datasets
This repository contains u,x,t datasets for 4 different Partial Differential Equations(PDEs) at various noise levels
adinapersson / Viscosity_Stratified_Flow
Simulation of Viscosity-Stratified Flow in MATLAB.
Language:MATLAB 0Solution to Burger's Equation (inviscid), written in C, using Adams-Bashforth Methods. These methods include the one, two, and three step algorithms.
Language:C 0ray-chew / data_assimilation_examples
Simple data assimilation studies
Language:Jupyter Notebook 0Course material I created for the tutorial "Mathematical Modelling in Climate Research" at the Freie Universität Berlin
Language:Jupyter Notebook 0- Language:HTML 0
RePlasma / LiuCarleman2021
Efficient quantum algorithm for dissipative nonlinear differential equations
Language:Jupyter Notebooksouryajitroy / Non-Linear-PDE-course-codes
Assignment codes from my Non -linear PDE course in ICTS TIFR
Language:Jupyter NotebookSome of my own pseudo-spectral method codes
Language:Jupyter Notebook
