Peristaltic flow of a nanofluid with slip effects
The problem of peristaltic flow of a nanofluid in an asymmetric channel is analyzed by taking
into account the slip effects. The relevant equations for the nanofluid are presented and
simplified by the long wavelength and small Reynolds number. Closed form solutions for
stream function and pressure gradient are developed. However series expressions for
temperature and Nanoparticle profiles are constructed. Finally, the influence of several
parameters on the physical quantities of interest is discussed.
into account the slip effects. The relevant equations for the nanofluid are presented and
simplified by the long wavelength and small Reynolds number. Closed form solutions for
stream function and pressure gradient are developed. However series expressions for
temperature and Nanoparticle profiles are constructed. Finally, the influence of several
parameters on the physical quantities of interest is discussed.
Abstract
The problem of peristaltic flow of a nanofluid in an asymmetric channel is analyzed by taking into account the slip effects. The relevant equations for the nanofluid are presented and simplified by the long wavelength and small Reynolds number. Closed form solutions for stream function and pressure gradient are developed. However series expressions for temperature and Nanoparticle profiles are constructed. Finally, the influence of several parameters on the physical quantities of interest is discussed.
Springer
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