navier-stokes-equations-simulation

An interactive computational fluid dynamics (CFD) simulation built entirely in Java and Swing. Featuring a high-performance rendering engine, the tool allows users to dynamically inject density and velocity into the grid, offering a hands-on demonstration of vector calculus concepts and optimised array manipulation.

Application for Solution of 2D Navier-Stokes Equations in the Boussinesq Approximation on a Collocation Grid in a Rectangular Domain with Melting Option

Completed MATLAB finite-difference lid-driven cavity solver with parameter studies, convergence diagnostics and Ghia centerline comparison.

This Repository Contains code related to Fluid Simulation Following Navier-Stokes Spectral Method under the assumption of it being incompressible viscous fluid

Architect’s Manual

An unforced, asynchronous 3D Navier-Stokes & Euler operator engine implementing runtime verification of finite-time blow-up attractors in Sobolev spaces, bypasses Python's lack of Tail-Call Optimization (TCO), eliminates heap allocation churn, and delivers deterministic O(1) space complexity for infinite data streams and complex PDEs.

Pedro Paulo Nogueira Mendonça (ppjmendonca@ufu.br)