00:20

Case IV - Concentric rings

00:20

Case III - Diffusion limited aggregate

00:20

Case II - Dense branching morphology

00:20

Case I - Disk

00:17

3D interface tracking by a one-stage simplified lattice Boltzmann method

00:21

Coulomb-driven electroconvection turbulence at T=40,000

00:31

Coulomb-driven dielectric fluid

00:52

Laser drilling of alloy

00:21

Rotating MHD flow

00:19

Three-dimensional MHD vortex at Re=3040

00:51

Turbulent Rayleigh-Bénard convection with a melting interface

00:54

Ice cap melting

01:03

Rayleigh-Benard convection at Ra=10^11

00:37

Bacterial branching growth by lattice Boltzmann method

00:41

MHD flow in a rotating cavity

00:36

3D turbulent natural convection by lattice Boltzmann method

00:21

MHD flow in a rotating cavity

00:21

Collision of two vortices

01:19

High-Reynolds-number high-spinning-number collision of a dipole against a round cylinder

00:59

Vorticity induced by a rotating cylinder: lattice Boltzmann simulation

00:22

Turbulent Rayleigh-Benard convection by Lattice Boltzmann method

00:42

Rayleigh-Benard convection

00:26

High-Reynolds passive scalar transport

00:40

Dipole collision on a spinning sphere

00:21

Boiling simulation by lattice Boltzmann method

00:21

3D spherical interface in a shear flow

00:21

Hull slamming simulation by a phase-field lattice Boltzmann method

00:11

Tumor growth by lattice Boltzmann method

00:21

Four-rolls mill in a viscoelastic Oldroyd-B model by lattice Boltzmann method at Wi=5

00:31

Water impact of a cylinder by a phase-field lattice Boltzmann method with central moments

00:21

Fall of a cylinder by lattice Boltzmann method

00:21

3D Taylor-Green vortex at Re=30000: Q-criterion

00:16

Epidemic in Midtown Manhattan by lattice Boltzmann method

00:39

Dynamics of epidemics in a portion of Manhattan by lattice Boltzmann method

00:31

Modelling of epidemics by lattice Boltzmann method

00:26

Taylor-Green vortex at Re=30000 by D3Q19 central-moments-based lattice Boltzmann method

00:21

Roto-translating blade immersed in a quiescent viscous fluid

00:21

3D Rayleigh-Taylor instability by lattice Boltzmann method

00:26

Effect of the Reynolds number on the Rayleigh-Taylor instability

00:34

Rayleigh-Taylor instability by a conservative phase-field central-moments-based LBM

00:21

Taylor-Green vortex at Re=1600

00:27

Elastic filament in a low-viscosity fluid

00:21

Inclined dipole-wall collision at Re=2500 by lattice Boltzmann method

00:21

Dipole-wall collision at Re=2500 by lattice Boltzmann method

00:51

Dipole-wall collision: raw vs central moments

00:21

Dipole-wall collision by a D3Q19 LBM with central moments

00:21

Taylor-Green vortex at Re=10000: simulation by D3Q19 LBM

00:21

Symmetry-breaking induced by the harmonic oscillations of a circular cylinder in a calm fluid

00:30

Swimming in a team is not always a good idea

00:35

Lattice Boltzmann simulation of the Rayleigh-Taylor instability at Re = 5,120,000 and At=0.2

00:11

Transverse harmonic oscillations of a thin sharp-edged lamina in a quiescent fluid

00:25

Collisions of a vortex upon a sphere

00:24

Dipole-wall collisions

00:29

Fluid-structure interaction by a central-moments-based LBM

01:05

Can we use the lattice Boltzmann method to simulate turbulent flows?

00:21

3D Orszag-Tang vortex at Re=1040

00:13

Three-dimensional Taylor-Green vortex

00:15

Nucleate pool boiling by lattice Boltzmann simulation

00:22

Amphiphilic fluid modeling by a central-moments-based lattice Boltzmann method

00:23

Lattice Boltzmann simulation of a double shear layer at Ma=0.57