Free Convective Heat And Mass Transfer Radiative Flow Past An Impulsively Started Vertical Moving Plate With Uniform Heat And Mass Flux
Abstract
In this paper, we studied analytically the
thermal radiation effect on free convective flow of a
viscous incompressible fluid past an impulsively started
vertical plate with flux. The fluid is assumed to be gray
absorbing-emitting but not a scattering medium and
Rosseland approximation is used to describe the Radiative
heat flux. The method of Laplace transform is used to solve
dimensionless governing partial differential equations. The
resulting velocity, temperature and concentration profiles
as well as the skin friction, rate of heat and mass transfer
have been obtained. Some important applications of
physical interest for different type motion of the plate are
discussed numerically through graphs.
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