My Primary interests are in the area of Pattern Formation and Complex Fluids.

The principal emphasis of my research is on wall modelling for Large Eddy Simulation.

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.

Research Interest: Corrected SPH Techniques for the Simulation of Debris Flows.

Curriculum vitae, publications and experience in CFD.

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.

Numerical methods of heat and mass transfer, CFD links, conferences, grants, job, technical reports, visualization.

Research topic: Micro particle image velocimetry for medical and biological research.

Personal website of Rahul Swarnkar, who is working in the field of Computational Fluid Dynamics.

Bristol University.

Papers on fluid dynamics and similar topics.

Contains a short description on his current PhD project, which deals with the simulation of fluid flow in a porous media.

Vita and publications, micro fluidics tutorials, fluid dynamics and particle image velocimetry lecture notes, links.

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.

I am postgraduate of Moscow Institute of Physics and Technology. I work in Laboratory for mathematical and physical modelling in fluid mechanics headed by Professor Polezhaev

National Institute of Advanced Industrial Science and Technology (AIST), Japan. Developing microfluidic devices and systems using micromachining technologies.