DNS of the turbulent flow around a square cylinder at Re=22000 Published 2014-06-01 Download video MP4 360p Recommendations 00:59 DNS of 2D homogeneous isotropic turbulence (2DHIT) - inverse energy cascade 03:00 Spatially developing turbulent boundary layer on a flat plate 11:28 Why 5/3 is a fundamental constant for turbulence 02:01 Supersonic (Mach 3) flow around cylinder 01:22 Large-Eddy Simulation of a multi-element wing section 03:00 Turbulent flow around a wing profile, a direct numerical simulation 00:37 Smoke over Airfoil with Leading Edge Slot 00:21 Direct numerical simulation of a backward-facing step at Re_tau=395 and an expansion ratio 2 10:16 How Particle Life emerges from simplicity 00:22 stalled NACA 2412 DES openFOAM 06:53 I Made a Real Magnetohydrodynamic Drive 10:46 Fractals in Nature 00:58 FluidX3D - A New Era of Computational Fluid Dynamics 02:00 Von Karman vortex street (laminar, detail), Re = 250 18:32 Turbulent Flow is MORE Awesome Than Laminar Flow 04:24 Von Karman Street Vortex Suppression Study 01:05 Flow topology dynamics of a turbulent air-filled Rayleigh-Bénard convection at Ra1e8 and 1e10 Similar videos 00:37 DNS of turbulent diluted jet at high Reynolds numbers 00:05 DNS - flow around cylinder - Re=1250 00:32 Flow around a 2D circular cylinder at Re=500,000 00:22 Turbulent flow past square cylinder with OpenFoam 00:21 Flow past circular cylinder at different Reynolds number by Moving Particles Simulation. 12:04 Numerical Modeling of Turbulent Flows - Introduction and Direct Numerical Simulation (DNS) 00:42 Flow around a square cylinder - Pressure field (OpenFOAM®) 00:26 Direct Numerical Simulations of flow around two side-by-side square cylinders 00:08 flow past square cylinder at 15degrees inclination 00:51 Flow around a cylinder with splitter plate 00:34 Direct Numerical Simulations of flow around two side-by-side square cylinders: vorticity fluctuation 00:21 Flow over cylinder (Re = 300) - von Karman vortices (Turbulent flow in the vortex) 00:10 Flow around a square cylinder with orthogonal near wall grid, Re=2.2e4 00:38 Laminar flow past an inclined square cylinder at Re=200 and angle of incidence 45° More results