nkodani

nkodani's Stars

• EbookFoundation/free-programming-books

  :books: Freely available programming books

  338k9.7k1.1k61.7k

• TheAlgorithms/C-Plus-Plus

  Collection of various algorithms in mathematics, machine learning, computer science and physics implemented in C++ for educational purposes.

  Language:C++30.8k5083127.3k

• barbagroup/CFDPython

  A sequence of Jupyter notebooks featuring the "12 Steps to Navier-Stokes" http://lorenabarba.com/

  Language:Jupyter Notebook3.4k266501.2k

• doyubkim/fluid-engine-dev

  Fluid simulation engine for computer graphics applications

  Language:C++1.9k68153265

• su2code/SU2

  SU2: An Open-Source Suite for Multiphysics Simulation and Design

  Language:C++1.4k163820841

• hilkoc/vbaDeveloper

  Tools for development and version control of vba code

  Language:VBA5178340137

• Nek5000/Nek5000

  our classic

  Language:Fortran38444363243

• thunil/Deep-Flow-Prediction

  A framework for fluid flow (Reynolds-averaged Navier Stokes) predictions with deep learning

  Language:C++2942612117

• eric2003/OneFLOW

  LargeScale Multiphysics Scientific Simulation Environment-OneFLOW CFD

  Language:C++25327381

• CGNS/CGNS

  The CFD General Notation System (CGNS) provides a standard for recording and recovering computer data associated with the numerical solution of fluid dynamics equations. All development work and bug fixes should be based off the 'develop' branch, CGNS uses the branching model Gitflow.

  Language:C22621341102

• andrealani/COOLFluiD

  The object-oriented HPC platform for CFD, plasma and multi-physics simulations whose development started in 2002 at the Von Karman Institute for Fluid Dynamics is finally open!

  Language:Prolog221582278

• memo/ofxMSAFluid

  C++ openFrameworks addon for solving and drawing 2D fluid systems based on Navier-Stokes equations and Jos Stam's paper "Real-Time Fluid Dynamics for Games"

  Language:C++19324751

• brli3/CFD

  Basic Computational Fluid Dynamics (CFD) schemes implemented in FORTRAN using Finite-Volume and Finite-Difference Methods. Sample simulations and figures are provided.

  Language:Fortran17112268

• kbladin/Fluid_Simulation

  Self advection, external force and pressure solve to a velocity field represented by a MaC grid.

  Language:C++1328213

• szaghi/OFF

  OFF, Open source Finite volume Fluid dynamics code

  Language:Fortran12935559

• DelNov/T-Flows

  Program for Simulation of Turbulent Flows

  Language:Fortran113167850

• AMReX-Combustion/PeleLM

  An adaptive mesh hydrodynamics simulation code for low Mach number reacting flows

  Language:C++83214641

• AMReX-Fluids/IAMR

  A parallel, adaptive mesh refinement (AMR) code that solves the variable-density incompressible Navier-Stokes equations.

  Language:C++82164162

• mnucci32/aither

  Repository for an in-progress 3D, block structured, explicit/implicit, Navier-Stokes solver.

  Language:C++5617827

• ColeDeanShepherd/12-Steps-To-Navier-Stokes

  Lorena A. Barba's "12 steps to Navier-Stokes", implemented with C++ & SDL 2.

  Language:C++52608

• Slaedr/FVENS

  Finite volume Euler / Navier-Stokes solver

  Language:C++488420

• singhsidhukuldeep/2D-Navier-Stokes-Solver

  As the field of Computational Fluid Dynamics (CFD) progresses, the fluid flows are more and more analysed by using simulations with the help of high speed computers. In order to solve and analyse these fluid flows we require intensive simulation involving mathematical equations which governs the fluid flow, these are Navier Stokes (NS) equation. Solving these equations has become a necessity as almost every problem which is related to fluid flow analysis call for solving of Navier Stokes equation. These NS equations are partial differential equations so different numerical methods are used to solve these equations. Solving these partial differential equations so different numerical methods requires large amount of computing power and huge amount of memory is in play. Only practical feasible way to solve these equation is write a parallel program to solve them, which can then be run on powerful hardware capable of parallel processing to get the desired results High speed supercomputer will provide us very good performance in terms of reduction in execution time. In paper focus will be on finite volume as a numerical method. We will also see what GPGPU (General-Purpose computing on Graphics Processing Units) is and how we are taking its advantages to solve CFD problems.

  Language:C282012

• obrienadam/Phase

  Unstructured 2D multiphase solver with immersed boundary methods.

  Language:C++26819

• arashb/tbslas

  A parallel, fast solver for the scalar advection-diffusion and the incompressible Navier-Stokes equations based on semi-Lagrangian/Volume-Integral method.

  Language:C++24605

• LiveMirror/APIBook

  API DESIGN FOR C++

  Language:C++233019

• Fluid-Dynamics-Of-Energy-Systems-Team/interactive-IB-NS-code

  interactive immersed boundary Navier-Stokes code

  Language:C17403

• Mantevo/miniAero

  MiniAero Unstructured Finite Volume Compressible Navier-Stokes Mini-App

  Language:C++177323

• nikola-m/freeShearLayer

  A code based on the Finite Volume Method discretisation of Navier-Stokes equations for simulation of compressible shear layer

  Language:C12204

• xcompact3d/Quasincompact3d

  Old version of the solver for the compressible Navier-Stokes equations in the low Mach number limit (no longer actively developed, it is recommended to use the new version of Incompact3d)

  Language:Fortran5603

• manuel-quezada/ALE_FSI

  Fluid Solid Interaction via ALE Level Set solver and ALE Navier Stokes solver via a projection scheme

  Language:C++36