00:10
UFOLBM octree progress (Lref=40)
00:10
UFOLBM octree progress (Lref=80)
00:20
UFOLBM octree - second run (runpod GPU)
00:05
UFOLBM octree - first ever run
06:45
how to run UFOLBM on Runpod single A40 GPU
00:10
UFOLBM Porsche demo
00:06
UFOLBM - 1bn cell mesh - density
00:06
UFOLBM - 1bn cell mesh - viscosity
00:06
UFOLBM - 1bn cell mesh - velocity
07:18
UFOLBM - how it runs on single GPU via dicehub 'caserun'
18:15
UFOLBM - how to setup a test-case
00:10
UFOLBM motorbike 256 million cells - viscosity
00:10
UFOLBM motorbike 256million cells - velocity
00:20
UFOLBM motorbike - 32M cells
00:10
UFOLBM motorbike - 32M cells
00:10
UFOLBM Ferrari Dino - viscosity
00:10
UFOLBM Ferrari Dino - velocity
00:10
UFOLBM - Ferrari Dino 30M cells
00:10
UFOLBM - 360M cells - viscosity
00:10
UFOLBM - 360M cells - velocity
00:10
UFOLBM demo city 75million cells - velocity
00:10
UFOLBM demo city 75million cells - viscosity
00:10
UFOLBM city demo 60M cells D3Q15
00:10
UFOLBM demo city (shaded)
00:10
UFOLBM demo city (wireframe)
00:10
UFOLBM Ferrari Dino
00:06
UFOLBM Ferrari Dino
00:18
UFOLBM Ferrari Dino
00:11
UFOLBM Ferrari Dino
00:11
UFOLBM Ferrari Dino
00:11
UFOLBM Ferrari Dino (low smoothing)
00:21
UFOLBM Ferrari Dino
00:11
UFOLBM Ferrari Dino
00:11
UFOLBM Ferrari Dino
00:11
UFOLBM Ferrari Dino
00:11
UFOLBM Ferrari Dino
00:11
UFOLBM Ferrari Dino Re=1million
00:21
UFOLBM Ferrari Dino
00:10
UFOCFD cartesian - Ferrari Dino
00:10
UFOCFD cartesian - Ferrari Dino
00:11
UFOLBM (ferrari dino) 1M cells 100k iterations
00:19
UFOCFD (octree) Drivaer car on dicehub GPU
00:21
UFOCFD 2D supersonic nozzle - density gradient and velocity contours
00:21
UFOCFD 2D supersonic nozzle - density gradient
00:11
UFOCFD 2D nozzle NPR 4.25
00:11
UFOCFD 2D nozzle NPR 4.25
00:37
UFOCFD Ford GT40 at 100m/sec (Ford vs Ferrari)
04:39
creating surface from splines in Paraview
00:11
UFOCFD supersonic 2D nozzle - stabilised
00:05
UFOCFD supersonic 2D nozzle - stabilised
00:07
UFOCFD supersonic nozzle density gradients
00:07
#UFOCFD GPU over-expanded supersonic nozzle flow
00:07
UFOCFD (cartesian) 2D supersonic nozzle
00:05
UFOCFD (cartesian) GPU - supersonic nozzle instability
01:20
SPH (c++ code) with GLUT display
00:11
multiphaseInterFoam + waves + moving body
00:11
multiphaseInterFoam + waves + moving body
00:11
multiphaseInterFoam + waves + moving body
00:13
multiphaseInterFoam + wave model + dynamic body (Py + Rz)
00:11
multiphaseInterFoam + wave model + dynamic body (Py + Rz)