Animations
This page provides links to animations of results from simulations performed under this project. These are made available for teaching and research purposes; if used, please include the figure caption with credits and cite the source as follows:
Animation based on simulations developed under research funded by the U. S. Department of Energy, Office of Science, Scientific Discovery through Advanced Computing (SciDAC) program, T.D. Scheibe, PI. See http://subsurface.pnl.gov for more information.
Because these are large files, it is recommended to "right-click" on the link and select "Save Target As.." to download the file to your local disk before running the animation.
Flow and Dispersion in a Wavy Tube:
Visualization of unsteady velocity fields in transitional regime between laminar and turbulent flow (R=500). CFD simulation performed by Cindy Rakowski, PNNL; Animation by John Serkowski, PNNL. Quicktime (.mov) format; 93Mb.
Visualization of unsteady velocity fields in transitional regime between laminar and turbulent flow (R=500). CFD simulation performed by Cindy Rakowski, PNNL; Animation by Bill Perkins, PNNL. Quicktime (.mov) format; 13 Mb.
Pore-Scale Flow and Transport in a Granular Porous Medium:
These animations are based on simulations using the "Smoothed Particle Hydrodynamics" method as implemented by Palmer et al., 2010.
Visualization of fluid flow and solute tracer transport in a porous medium. SPH simulation performed by Bruce Palmer, PNNL; Animation by Chad Jones and Kwan-Liu Ma, UC Davis. Quicktime (.mov) format; 64Mb.
Visualization of fluid flow and solute tracer transport in a porous medium. SPH simulation performed by Bruce Palmer, PNNL; Animation by Chad Jones and Kwan-Liu Ma, UC Davis. Quicktime (.mov) format; 45Mb.