| Fabrizio Tessicini | | The principal emphasis of my research is on wall modelling for Large Eddy Simulation. |
| Mark S. Cramer | | Vita, background, academic activities like gasdynamics, transonic flows, shock waves, dynamics of dense gases, nonlinear waves, superfluid hydrodynamics, and thermal waves in solids, link collection. |
| Nikolai Priezjev | | Transport phenomena in microfluidic systems: slip boundary conditions, molecular dynamics simulations |
| P. Suresh Kumar's Personal Home Page | | Research Areas: Fluid Mechanics, Thermal Science, Internal Waves, Wave Structure Interaction, Two-Layer Fluid, Hydro-Elasticity, Internal Waves, Wind Energy, Pressure Drop, Friction Factor Correlation, Large Diameter Annulus, Pipe. Publications are offered for download. |
| Pavel Kudinov | | Numerical methods of heat and mass transfer, CFD links, conferences, grants, job, technical reports, visualization. |
| Peter Vennemann | | Research topic: Micro particle image velocimetry for medical and biological research. |
| Renaud Lambiotte | | Site dedicated to granular media, complex networks, and statistical physics in general. Part of the CREEN project. |
| Sreejith Pulloor Kuttanikkad | | Contains a short description on his current PhD project, which deals with the simulation of fluid flow in a porous media. |
| Steven T. Wereley | | Vita and publications, micro fluidics tutorials, fluid dynamics and particle image velocimetry lecture notes, links. |
| Tso-Ren's Fluid Dynamics | | In this web page, Tso-Ren is going to present his research results of 3-Dimensional multi-fluid moving-solid numerical model with turbulence modeling. This numerical model is designed to solve many coastal problems. |
| Zhen Yang | | National Institute of Advanced Industrial Science and Technology (AIST), Japan. Developing microfluidic devices and systems using micromachining technologies. |
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