TITLE:
MHD Heat and Mass Transfer of an Oscillatory Flow over a Vertical Permeable Plate in a Porous Medium with Chemical Reaction
AUTHORS:
Mohammad Al Zubi
KEYWORDS:
Chemical Reaction, Mass and Heat Transfer, Oscillatory Flow, Porous Medium
JOURNAL NAME:
Modern Mechanical Engineering,
Vol.8 No.3,
June
13,
2018
ABSTRACT: The problem of magneto-hydro-dynamic (MHD) mass and heat
transfer of an oscillatory fluid in two-dimensional viscous, electrically
conducting over an infinite vertical permeable moving plate in a saturated
porous medium with the presence of a transverse magnetic field and chemical
reaction is analytically presented. The governing equations, momentum, energy,
and concentration are solved. Various flow parameters effects on velocity,
temperature and concentration fields are discussed. It is found that, the fluid
velocity increases with increasing both the permeability and chemical reaction
parameters. While, it increases with decreasing the magnetic field parameter.
Furthermore, the concentration increases with increasing chemical reaction
parameters.