2d Vortex Generation Density And

Media Summary: 2D Vortex Dipole Dyed Fluid Injection in a Density Stratified Fluid + Precipitation % Sponge BC, l=2, RO=0.2, Antiyclonic, Bu=2, nt=800000, ***rmax=2*6.1527,+ % X_max=Y_max=rad(floor(NN/2)) ... Sponge BC, l=2, RO=0.2, Anti-cyclonic, Bu=2, Low Rossby number t=10/f (adimensionalized variable for time, f:coriolis frequency) ...

2d Vortex Generation Density And - Detailed Analysis & Overview

2D Vortex Dipole Dyed Fluid Injection in a Density Stratified Fluid + Precipitation % Sponge BC, l=2, RO=0.2, Antiyclonic, Bu=2, nt=800000, ***rmax=2*6.1527,+ % X_max=Y_max=rad(floor(NN/2)) ... Sponge BC, l=2, RO=0.2, Anti-cyclonic, Bu=2, Low Rossby number t=10/f (adimensionalized variable for time, f:coriolis frequency) ... Low resolution DNS using the projection method based on the "Stable Fluids" algorithm of Jos Stam. Here I have improved it to be ... Three panels showing the experimental interaction of a

Photo Gallery

2D Vortex Generation - Density and Vortices - 1.4mm/s Undamped

2D Vortex Dipole Dyed Fluid Injection in a Density Stratified Fluid

Vortex-antivortex pair generation and annihilation

Evolution of Potential Vorticity Anomaly-2D- One layer dry unstable cyclonic rotating vortex

Evolution of h & velocity field - 2D sponge MOIST Anticyconic rotating vortex

Evolution of h -2D- One layer dry unstable cyclonic rotating vortex - Neumann Boundary Condition

Evolution of h -2D- One layer dry rotating vortex - Periodic Boundary Condition

Evolution of h -2D- One layer dry rotating Anticyclonic vortex with Neumann Boundary Condition

2D density depletion simulation

2D flow around a square

Low density vortex

Vortex Ring Interaction with a Sharp Interface - Velocity and Density

View Detailed Profile

2D Vortex Generation - Density and Vortices - 1.4mm/s Undamped

2D Vortex Generation - Density and Vortices - 1.4mm/s Undamped

v=1.4mm/s - γ = 0 = t = 0...1.7s.

2D Vortex Dipole Dyed Fluid Injection in a Density Stratified Fluid

2D Vortex Dipole Dyed Fluid Injection in a Density Stratified Fluid

2D Vortex Dipole Dyed Fluid Injection in a Density Stratified Fluid

Vortex-antivortex pair generation and annihilation

Vortex-antivortex pair generation and annihilation

Spontaneous

Evolution of Potential Vorticity Anomaly-2D- One layer dry unstable cyclonic rotating vortex

Evolution of Potential Vorticity Anomaly-2D- One layer dry unstable cyclonic rotating vortex

Evolution of Potential

Evolution of h & velocity field - 2D sponge MOIST Anticyconic rotating vortex

Evolution of h & velocity field - 2D sponge MOIST Anticyconic rotating vortex

+ Precipitation % Sponge BC, l=2, RO=0.2, Antiyclonic, Bu=2, nt=800000, ***rmax=2*6.1527,+ % X_max=Y_max=rad(floor(NN/2)) ...

Evolution of h -2D- One layer dry unstable cyclonic rotating vortex - Neumann Boundary Condition

Evolution of h -2D- One layer dry unstable cyclonic rotating vortex - Neumann Boundary Condition

Evolution of h -

Evolution of h -2D- One layer dry rotating vortex - Periodic Boundary Condition

Evolution of h -2D- One layer dry rotating vortex - Periodic Boundary Condition

Evolution of h -

Evolution of h -2D- One layer dry rotating Anticyclonic vortex with Neumann Boundary Condition

Evolution of h -2D- One layer dry rotating Anticyclonic vortex with Neumann Boundary Condition

Sponge BC, l=2, RO=0.2, Anti-cyclonic, Bu=2, Low Rossby number t=10/f (adimensionalized variable for time, f:coriolis frequency) ...

2D density depletion simulation

2D density depletion simulation

2D density depletion simulation

2D flow around a square

2D flow around a square

Low resolution DNS using the projection method based on the "Stable Fluids" algorithm of Jos Stam. Here I have improved it to be ...

Low density vortex

Low density vortex

Low density vortex

Vortex Ring Interaction with a Sharp Interface - Velocity and Density

Vortex Ring Interaction with a Sharp Interface - Velocity and Density

Three panels showing the experimental interaction of a

Simulated 2D BEC 4 Vortices

Simulated 2D BEC 4 Vortices

Simulated 2D BEC 4 Vortices