Slip effects and endoscopy analysis on blood flow of particle-fluid suspension induced by peristaltic wave

This study describes the endoscopy and slip effects on blood flow of particulate fluid suspension induced by peristaltic wave through a non-uniform annulus. An approximation of long wavelength and low Reynolds is used to model the governing equation of continuity and momentum equation for fluid phase and particulate phase. The influence of all the pertinent parameters has been obtained such as slip parameter (β), Jeffrey fluid parameter (λ1), particle volume fraction (C) and volume flow rate Q(z, t), velocity constant (v0) and the inner radius (ϵ) against pressure gradient, pressure rise, friction forces, velocity of fluid phase and particulate phase (uf, up). Numerical results are carried out for pressure rise and friction forces on the inner and outer tube.