MULTIPLE SLIP ON MHD CASSON FLUID FLOW WITH ALIGNED MAGNETIC FIELD EFFECTS

MULTIPLE SLIP ON MHD CASSON FLUID FLOW WITH ALIGNED MAGNETIC FIELD EFFECTS

Author by Dr. A. Samson Agunbiade

Journal/Publisher: Fuw Trends In Science & Technology Journal

Volume/Edition: 6

Language: English

Pages: 319 - 326

Abstract

This  paper  is  on  impacts  of  inclined  magnetic  field  and  multiple  boundary  layer  slip  flow  of  convective  MHD Casson  fluid  through  an  exponentially  stretching  porous  sheet  in  the  presence  of  viscous  dissipation,  thermaldiffusion,  diffusion-thermo  and  thermal  radiation.  The  non-linear  boundary  layer  partial  differential  governing equations  of  the  flow  are  converted  using  appropriate  similarity  transformations  to  non-linear  coupled  ordinary differential  equations  (ODE).  The  resulted  momentum,  heat  and  mass  equations  are  solved  using  collocation method based on assumed Legendre polynomial. Velocity, thermal and solutal slip, inclined magnetic field, Casson fluid  parameter  and  other  physical  features  have  been  discussed  and  elucidated  in  tables  and  graphs.  Velocity, thermal and solutal slip declined significantly the velocity,  temperature and concentration distribution respectively toward the stretching sheet, while at the free stream, the effect is not noticeable .


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