2D incompressible Navier Stokes solver written in Python for a lid-driven cavity

Video tutorial on YouTube (https://youtu.be/9DkhHDEu1zU) to write a Computational Fluid Dynamics (CFD) solver from scratch using Python, a walkthrough that combines the approach by Owkes (2020) with many of the simplifying assumptions from Barba & Forsyth (2012).

Solver built from scratch as a CFD class project. Solves NS equations using the Fractional Method.

A custom-built computational fluid dynamics (CFD) simulator developed from scratch to model fluid flow using numerical methods.

In this repository, i create a simple computational fluid dynamics (CFD) that built from pure mathematical scratch and physics basic principle without depending on any other CFD packages. I create the CPU only computation and also with GPU. This is a simple 2D CFD solver.

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code for cfd simulation from scratch fpr Aero244 assn 2

CFD coding from scratch

Python CFD Code, from scratch

Learning cfd coding from the scratch

Building a CFD solver from scratch.

2D CFD solver from scratch using Python

Create CFD code from scratch following Barba group instructions

CFD for two phase flow, from scratch (read - broken)

Developpment of a CFD solver from scratch in C++ for personal practise

This project is a CFD coding from scratch to compute transonic shock waves over an airfoil. The mesh is generated with a C++ code

Developed a 2D Computational Fluid Dynamics (CFD) solver from scratch in MATLAB to simulate incompressible fluid flow using the Navier-Stokes equations. The solver employs a staggered grid, finite difference discretization, and a fractional step method to decouple velocity and pressure fields.

Solutions to the assignments for the MECHM003 Advanced Computer Applications in Engineering course at Univeristy College London. The course focused on Computational Fluid Dynamics (CFD) and Finite Element Modelling/Analysis (FEA/FEM). Assignments involved using engineering simulation software packages such as ANSYS and CFD-ACE, as well as creating some code from scratch for modelling behaviour of mechical systems. (Course taken Sept 2016-April 2017)