Electro-osmotically Modulated Viscoelastic SWCNT-Blood flow in Symmetric/Nonsymmetric Stenosed Arteries with heat generation using a Fractional Second Grade Model
Mahadev M Channakote,
O. Anwar Bég,
S. Kuharat
et al.
Abstract:The current study aims to analyse the electro-osmotically driven non-Newtonian blood flow containing single-walled carbon nanotubes (SWCNTs) in symmetric and non-symmetric stenosed arteries. This nanoscale formulation considers the impact of SWCNTs on flow characteristics, with a key focus on the thermal and electrical properties of blood. The fractional viscoelastic second grade Reiner-Rivlin differential model is deployed for rheological effects and employs Caputo's definition. Heat generation and thermal bu… Show more
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