STUDY OF THE ELECTRO-OSMOTIC PHENOMENON IN THE PERISTALTIC FLOW OF
FRACTIONAL SECOND-GRADE FLUID THROUGH A CYLINDRICAL TUBE WITH HEAT AND
MASS TRANSFER
- Mahadev Channakote,
- Shekar M,
- Munawwar Ali Abbas
Shekar M
University of South Florida Department of Mathematics and Statistics
Author ProfileMunawwar Ali Abbas
University of Florida Department of Mathematics
Author ProfileAbstract
This study's ambitious purpose is to examine how rheological effects on
peristaltic activity through a tube and electro-osmotic processes
interact. The Poisson-Boltzmann equation is taken into account to
investigate the electro-kinetic phenomenon. A fractional second-grade
liquid model is used to explain the rheological deeds of the liquid. An
aqueous ionic solution like blood is considered. Using Caputo's
definition, the problem's analytical resolution is attained. With a
peristaltic cylindrical tube, the consequences of double-diffusive
convection on the viscoelastic fluid are brought up. To examine the
unique characteristics of pressure rise and friction force, numerical
integration is used. Many regulatory elements' effects are looked at and
shown in a series of graphs. The significance of the findings lies in
their demonstration that pressure gradient continuously improves as the
exterior electric field's intensity upsurges. It is as well strong that
the pressure gradient's negative value can be influenced by how strong
the external electric field becomes. The analysis that is being given is
anticipated to be extremely beneficial in the treatment of tissue
cancer.