1. Simulation of combustion | |||||
Temperature in a flame | MPEG | (137K) | |||
Temperature and particle trace | MPEG | (124K) | |||
Oxygen and stream lines in a flame | MPEG | (1.7M) | |||
Product and stream lines in a flame | MPEG | (873K) | |||
Temperature, oxygen, fuel and product, simultaneously | GIF | (987K) | |||
Stream lines in a closed domain | AVI | (-) | |||
Temperature, oxygen and product in the same domain as above | GIF | (2.5M) | |||
2. Flow around a hot cylindric obstacle | |||||
Temperature within flowing medium (30 Kelvin more at the cylinder) | MPEG | (115K) | |||
AVI | (222K) | ||||
Simultaneously: stream lines, pressure, horizontal and vertical velocity | MPEG | (670K) | |||
3. Simple flow with obstacle | |||||
Stream lines and pressure around the "Red Tower" of Chemnitz | MPEG | (1.2M) | |||
Zoomed view of the above, with modified conditions | MPEG | (5.5M) | |||
4. Temperature or density driven flow | |||||
Initial case: hot at bottom, cool at top - turning left or right? | MPEG | (168K) | |||
MPEG | (112K) | ||||
Initial case: 2 gases of different density, separated vertically | MPEG | (1.6M) | |||
5. A benchmarking example (Von Karman Vortex Street behind a Cylinder) | |||||
Horizontal velocity with varying boundary conditions | MPEG | (2.3M) | |||
Zoomed view, velocity growing from 0 to 150 cm/s | MPEG | (4.3M) | |||
6. Our former "SPC-Logo" used as channel for a fluid | |||||
Wrong boundary conditions: high-speed backward flow | MPEG | (498K) | |||
Flow through S-P-C (now forward) | MPEG | (310K) | |||
7. An example of slicing cut planes in 3D (Fichera corner) | |||||
xy - plane moving along z-axis | MPEG | (408K) | |||
xz - plane moving along y-axis | (397K) | ||||
yz - plane moving along x-axis | (392K) | ||||
8. 3D CFD benchmark test | |||||
|
QT- MOV |
(18.3M) | |||
Tracing particles in the flow,
(also as MPEG, (5.7M))
and another example (also as MPEG, (3.5M)) |
MNG |
(8.1M) (3.6M) |
Computations were done on the GCPowerPlus-128 (1-7) and on the CLiC (8) at the Technical University of Chemnitz with software developed by the research group SPC at the Faculty of Mathematics, since 1996: SFB 393
There is also a small page with animated GIF's instead of MPEG's.
Image Processing: Matthias Pester
10-05-1995