The circulation of the cerebrospinal fluid is rhythmic with a preferential flow direction. In the present study, we performed a series of numerical simulations demonstrating that the shape of the Sylvius aqueduct is functional to this characteristic circulation acting as a diffuser/nozzle pump.
Numerical simulations of the cerebrospinal flow through the Sylvius aqueduct modeled as a diffuser/nozzle pump
Peruzzo P.;Susin F. M.
2023
Abstract
The circulation of the cerebrospinal fluid is rhythmic with a preferential flow direction. In the present study, we performed a series of numerical simulations demonstrating that the shape of the Sylvius aqueduct is functional to this characteristic circulation acting as a diffuser/nozzle pump.
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