Title: The Effect of Surface Tension along with FLR Correction and Suspended Particle on the Kelvin Helmholtz Instability of Viscous Fluids
Volume: 2 - Issue: 08 - Date: 01-08-2013
Approved ISSN: 2278-1412
Published Id: IJAECESTU211 | Page No.: 237-241
Author: P.K.Sharma
Co- Author: Shraddha Argal,Anita Tiwari
Abstract:-The Kelvin Helmholtz instability for an interface separating two viscous and
incompressible hydromagnetic fluids is investigated in the presence of surface tension along with
suspended particles and FLR (finite Larmor radius) correction. The dispersion relation for such a
medium is obtained by using normal mode technique. A dispersion relation is obtained by solving
the linearized equations of the considered system with appropriate boundary conditions. We have
calculated the growth rate of Kelvin Helmholtz instability and found that the suspended particles
has destabilizing effect and surface tension has the stabilizing effect.
Key Words:-Finite Larmor radius, K-H instability, normal mode method, suspended particles
Area:-Engineering
Download Paper:
Preview This Article
