Part of the CRM Series in Mathematical Physics book series (CRM)

Hemodynamics: (1) explores the flow features in the heart and blood vessels, in normal conditions and in pathologies; (2) studies the pressure—flow relationships and the transport of substances by blood; and (3) is a major factor in therapy optimization. Hemodynamics differ at the different length scales of the circulatory circuit. The blood circulation can indeed be decomposed into two major compartments: (1) microcirculation, at the cellular level, where the suspension of blood cell (strongly deformed or not) flows at low Reynolds number (Re); and (2) macrocirculation, in which blood can be supposed to be Newtonian in normal conditions and unsteadily flows at high Re.


Wall Shear Stress Deceleration Phase Strouhal Number Transmural Pressure Acceleration Phase 
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© Springer Science+Business Media, LLC 2008

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