Elephants and Computational Fluid Dynamics
Zoology professor Warren Porter leads a team of researchers from the University of Wisconsin-Madison that uses Computational Fluid Dynamics (CFD) to simulate heat transfer and drag. No big deal you say, until you hear that the subject of his CFD simulations is an elephant!
Porter's research team includes engineering-physics professor Riccardo Bonazza, art professor Steve Hilyard, and graduate student Peter Dudley. Together they have developed a methodology to model the heat transfer and drag around an elephant using CFD that shows good agreement with wind tunnel experiments. Porter's research focuses on the interaction between animal physiology and their environment. An animal's heat transfer characteristics are intimately linked with its food requirements in order to regulate its body temperature and ultimately determine which climates and regions favor its survival.
With his virtual test climate, thanks to CFD, Porter can now extend his research beyond elephants. Next up are rare and extinct species.
- Source: "A virtual elephant from a marriage of biology, engineering, and art"
- Caedium CFD simulation uses a low resolution SketchUp model of an elephant for illustration purposes only and is unrelated to the research mentioned
Recent blog posts
- Caedium CFD Sneak Peek: Passive Species Transport
- Automated Creation and Export of CFD Results
- Aerodynamics Plays No Role in the Performance of Stationary Bicycles
- Aerodynamic Performance of a Stationary Bicycle
- Color Maps, Vectors, Streamlines, Action!
- 6 Things to Consider Before Switching Turbulence Model
- CFD Simulation Steering
- Why Compromise with Browser-Based CAD/CAE Applications?
- Avoid CFD Transient Data Overload with Co-Processing
- 5 Tips for CFD Flow Volume Creation