Media Summary: Solver: FEM based segregated incompressible navier stokes solver (without stabilization). AV-DDC nu1 = 0.0015 nu2 = 0.00015 kappa = 1.0 AV_H = delta_t = 0.01 h_min ~ 0.1. CFD : Simulation at Re=670 using the lattice Boltzmann method. Fortran 90 code - Post processing : Tecplot.
Fluid Flow Past Obstacles - Detailed Analysis & Overview
Solver: FEM based segregated incompressible navier stokes solver (without stabilization). AV-DDC nu1 = 0.0015 nu2 = 0.00015 kappa = 1.0 AV_H = delta_t = 0.01 h_min ~ 0.1. CFD : Simulation at Re=670 using the lattice Boltzmann method. Fortran 90 code - Post processing : Tecplot. This is a first step towards more realistic simulations of compressible Laminar Flow around a square obstacle - velocity field SAV-DDC nu1 = 0.0015 nu2 = 0.00015 kappa = 1.0 AV_H = delta_t = 0.01 h_min ~ 0.1.
My first take on LBM-algorithms (and CFD in general). Coded in Fortran 90 using OpenMP and visualized in Matlab as I found no ... Video for lab project -Team 4 Bluff body external
