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1967 - M.Sc., Moscow State University, Faculty of Mathematics
1978 - Ph.D., Institute of High Temperatures, Moscow, Russia (started) and Ben-Gurion
University, Beersheva, Israel (completed).
DNS and LES of turbulent flows. Transport and algebraic models of turbulence.
CFD. Vascular hemodynamics.
- Hemodynamics of Stenosed Arteries:
The methodology uses image-based computational fluid dynamics (CFD)
simulations. It consists of the following steps:
(a) reconstruction of an anatomically realistic
geometric model of a stenosed artery from magnetic resonance
angiography (MRA) images; (b) generation of a computational
mesh; (c) direct numerical simulations (DNS) of an arterial
flow; (d) proper orthogonal decomposition (POD) analysis of
DNS-driven data for extracting meaningful clinical information.
- Immersed-Boundary Methods: We use a
forcing immersed-boundary (IB) method to perform direct numerical
simulations (DNS) of turbulent flows and heat transfer in complex
geometries. Following the IB approach, we solve the governing
equations using rectangular Cartesian coordinates; both the no-slip
boundary condition and
isothermal wall boundary
condition are imposed by
introducing a direct-forcing term
into the momentum and energy
Being a member of The World Eggs Academy,
I strongly recommend one egg weekly.
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Department of Mechanical Engineering
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Last modified: December, 2007