Abstract
AbstractThe effect of wall slip conditions, porous media and heat transfer on peristaltic flow of MHDNewtonian fluid in catheterized tube has been studied under the assumptions of longwavelengthand low-Reynolds number. The analytical solution has been derived for velocityand temperature.The amplitude ratio (ϕ), particle concentration (C), catheter size (e) and thedimensionless flow rate (Q)were used to obtain the pressure gradient.The results for velocityand temperature obtained in the analysis have been evaluated numerically anddiscussed.Thetube surface was maintained at a constant temperature.The variations of severalparameters were discussed by using suitable graphs.The mathematical model wascorresponding to the flow in the annular space of two concentric tubes.
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