CFD - Simulating Cellular Blood Flow with the Lattice-Boltzmann Method

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Uploaded by on Oct 20, 2009

Numerical simulation of cellular blood flow using a coupled lattice-Boltzmann/finite element method.

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  • The RBCs are modeled as a membrane with hemoglobin inside with a viscosity of 6cP. Each RBC membrane is constructed of linear finite element triangular shells. These shell elements deform due to the fluid-structure interactions with the blood plasma and the hemoglobin.

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  • How the deformation of the blood cells is calculated?

  • One of the most beautiful and the most comprehensive CFD simulation I have ever seen. It describes the blood flow in the best way

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