Peristaltic Motion with Porous Medium through Coaxial Vertical Channel: A Theoretical Study
Journal: International Journal of Engineering Sciences & Research Technology (IJESRT) (Vol.3, No. 1)Publication Date: 2014-01-30
Authors : Dr.S.Ravi Kumar; Dr.N.Ameer Ahamad;
Page : 314-323
Keywords : : Peristaltic fluid flow; Reynolds number; Porous medium and coaxial vertical channel.;
Abstract
The present paper investigates the peristaltic motion with porous medium though coaxial vertical channel: A theoretical study. A perturbation method of solution is obtained in terms of wall slope parameter and closed form of expressions has been derived for axial velocity pressure gradient and pressure rise. The effects of various physical parameters on axial velocity pressure gradient and pressure rise have been computed numerically. It is noted axial velocity increases with increases in Porous parameter (D) for the two cases = - 0.5, = -1 and also we noted that pressure rise decreases with increase in Porous parameter (D) and phase shipt (θ). Ke2
Other Latest Articles
- AN EFFICIENT DISTRIBUTED CONTROL LAW FOR LOAD BALANCING IN CONTENT DELIVERY NETWORKS?
- Wireless Body Area Networks and Its Emerging Technologies in Real Time Applications
- A Novel Method of Optimizing Lifetime and Reduction in Power Consumption in Wireless Sensor Network
- A Review of Data Mining as a Tool for Organization’s Growth and Productivity?
- An Artificial Immune Classification and Clustering Systems: A Survey
Last modified: 2014-09-17 22:52:58