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Biomedical Fluid Dynamics: Rich Flow Physics in Pulsatile Flow (Keynote)

Michael W. Plesniak, Sean D. Peterson

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Abstract

Many biological flows, e.g. speech production and the vasculature, are pulsatile and consequently exhibit a rich array of flow physics not observed in steady flows. A classical example in biomedical flows is flow in a rigid walled pipe subjected to non-zero mean harmonic forcing. This flow, solved analytically by Womersley [1], has retrograde flow in the Stokes layer during portions of the cycle. This paper will highlight some of interesting flow phenomena that result from pulsatile flow.

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What this paper is about

Many biological flows, e.g. speech production and the vasculature, are pulsatile and consequently exhibit a rich array of flow physics not observed in steady flows. A classical example in biomedical flows is flow in a rigid walled pipe subjected to non-zero mean harmonic forcing. This flow, solved analytically by Womersley [1], has retrograde flow in the Stokes layer during portions of the cycle. This paper will highlight some of interesting flow phenomena that result from pulsatile flow.

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Available abstract

Many biological flows, e.g. speech production and the vasculature, are pulsatile and consequently exhibit a rich array of flow physics not observed in steady flows. A classical example in biomedical flows is flow in a rigid walled pipe subjected to non-zero mean harmonic forcing. This flow, solved analytically by Womersley [1], has retrograde flow in the Stokes layer during portions of the cycle. This paper will highlight some of interesting flow phenomena that result from pulsatile flow.

Key concepts: Pulsatile flow, Flow (mathematics), Mechanics, Fluid dynamics, Physics, Stokes flow, Medicine, Cardiology

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