TITLE:
Unsteady Flow of a Dusty Visco-Elastic Fluid Through an Incliend Channel
AUTHORS:
Geetanjali Alle, Aashis.S. Roy, Sangshetty Kalyane, Ravi M Sonth
KEYWORDS:
Dusty Fluid, Pulsatile Pressure Gradient, Velocities of Dust and Fluid Phase, Inclined Channel, Reynolds Number
JOURNAL NAME:
Advances in Pure Mathematics,
Vol.1 No.4,
July
28,
2011
ABSTRACT: The present discussion deals with the study of an unsteady flow of a dusty fluid through an inclined channel under the influence of pulsatile pressure gradient along with the effect of a uniform magnetic field. The analytical solutions of the problem are obtained using variable separable and Fourier transform techniques. The graphs drawn for the velocity fields of both fluid and dust phase under the effect of Reynolds number. The velocity profiles for the liquid and the dust particles decreases at different values of time t increases. As the visco-elastic parameter λ increases the velocity of the liquid and the dust particles deceases. When relaxation time parameter σ increases, the velocity of the liquid and dust particles decreases.