Abstract
The numerical solutios of magneto hydrodynamic boundary layer problem of a nano
uid
ow over
a moving surface in the presence of thermal radiation has been concidered. The governing partial
di erential equations were transformed into a system of ordinary di erential equations using suitable
similarity transformations. The resultant ordinary equations were then solved using the spectral
Adomian decomposition method. Effects of the physical parameters on the velocity, temperature
and concentration nanoparticle volume fraction profiles as well as the local skin-friction coeffcient
and the heat and mass transfer rates are depicted graphically and/or in tabular form.
