filmov
tv
Transient Lid Driven Cavity Re=10000, fluid simulation (Python)
Показать описание
Done with simple algorithm and RK2 and 4th order Adams-Bashforth time stepping
Domain size: 1m x 1m
Grid layout: 120 x 120
Reynold's number: 10000
Wall speed: 10m/s
Kinematic Viscosity: 0.001m^2/s
#cfd #fluiddynamics #python #fluidmechanics
Domain size: 1m x 1m
Grid layout: 120 x 120
Reynold's number: 10000
Wall speed: 10m/s
Kinematic Viscosity: 0.001m^2/s
#cfd #fluiddynamics #python #fluidmechanics
0:00:25
Transient Lid Driven Cavity Re=10000, fluid simulation (Python)
0:00:25
Transient Lid Driven Cavity Re=10000, fluid simulation (Python)
0:00:19
Lid driven cavity flow, Re=10,000
0:00:12
Lid Driven Cavity Flow at Re = 10000
0:00:18
Lid Driven Cavity Re=10000
0:00:38
Lid-driven cavity Re=10000
0:00:18
Lid driven cavity flow, Re=10,000
0:00:28
Transient Lid Driven Cavity Re=7500, fluid simulation (Python)
0:00:34
Oceananigans.jl: Lid driven cavity at Re = 10,000
0:00:20
Transient Lid Driven Cavity Re=3000, fluid simulation (Python)
0:00:19
Transient Lid Driven Cavity Re=1200 (Python)
0:00:18
Particle tracking in 2D Lid driven cavity
0:00:20
Lid driven cavity
0:00:09
Oceananigans.jl: Lid driven cavity at Re = 1,000
0:05:07
Simulation of Lid Driven Cavity Flow using Python
0:00:17
Lid driven cavity
0:00:31
Lid-driven cavity Re=1000000
0:00:20
Lid-driven cavity flow voricity contour (steady)
0:00:17
Unsteady Lid Driven Cavity with flow reversal (Python Jupyter Notebook)(FVM, SIMPLE Algorithm)
0:00:29
NSE on lid-driven cavity flow
0:00:20
Unsteady Lid Driven Cavity with Python Jupyter Notebook (FVM, SIMPLE Algorithm) (Code in decription)
0:01:12
CFD Driven Cavity Iso-Stream Function lines: Reynolds 10000
0:00:52
Lid-driven cavity flow (test)
0:00:49
Compressible Navier Stokes with Re=10000 and slip boundaries
Комментарии