GF Movies 1

The following are movies of Granular Flow simulations modelled by the CFD group:

Note: Some movies are DivX encoded to reduce file size. If you have any problems playing these videos -

you should ensure that you have the latest codecs installed by visiting the DivX website and downloading the codecs.

Comminution: SAG Mill

Movie 1: SAG_section_velocity_0.5M AVI format, 32 MB	3D flow in a laser scanned SAG Mill. Section view with particles coloured by velocity. The simulation has 500,000 particles.
Movie 2: SAG_section_radius_0.5M AVI format, 35 MB	3D flow in a laser scanned SAG Mill. Section view with particles coloured by radius. The simulation has 500,000 particles.
Movie 3: SAG_section_axial_vel_0.5M AVI format, 36 MB	3D flow in a laser scanned SAG Mill. Section view with particles coloured by axial velocity. The simulation has 500,000 particles.
Movie 4: SAG_shoulder_axial_vel_0.5M AVI format, 50 MB	3D flow in a laser scanned SAG Mill. Shoulder view with particles coloured by axial velocity. The simulation has 500,000 particles.
Movie 5: SAG_toe_velocity_0.5M AVI format, 48 MB	3D flow in a laser scanned SAG Mill. Toe view with particles coloured by velocity. The simulation has 500,000 particles.
Movie 6: SAG_section_velocity_2M AVI format, 25 MB	3D flow in a laser scanned SAG Mill. Section view with particles coloured by their velocity. The simulation has about 2 million particles.
Movie 7: SAG_section_radius_2M AVI format, 28 MB	3D flow in a laser scanned SAG Mill. Section view with particles coloured by radius. The simulation has about 2 million particles.
Movie 8: SAG_section_axial_vel_2M AVI format, 23 MB	3D flow in a laser scanned SAG Mill. Section view with particles coloured by axial velocity. The simulation has about 2 million particles.
Movie 9: SAG_shoulder_axial_vel_2M AVI format, 38 MB	3D flow in a laser scanned SAG Mill. Shoulder view with particles coloured by axial velocity. The simulation has about 2 million particles.
Movie 10: SAG_toe_velocity_2M AVI format, 36 MB	3D flow in a laser scanned SAG Mill. Toe view with particles coloured by velocity. The simulation has about 2 million particles.