RT Journal Article
ID 2e5059366157f3a1
A1 Shah, Rehan Ali
A1 Rehman, Sajid
A1 Idrees, M. 
A1 Abbas, Tariq
T1 MAGNETOHYDRODYNAMIC CONVECTION FLOW ON AN UNSTEADY SURFACE STRETCHING WITH PRESSURE-DEPENDENT TRANSVERSE VELOCITY AND SURFACE TENSION LINEARLY VARYING WITH TEMPERATURE
JF Heat Transfer Research
JO HTR
YR 2018
FD 2018-06-07
VO 49
IS 11
SP 1077
OP 1101
K1 HAM
K1 thermocapillary number
K1 magnetic field
K1 thin film
K1 free surface flow
K1 unsteady stretching surface
K1 similarity transformations
K1 Grashof number
AB We consider the fluid dynamics of unsteady MHD free surface flow over an unsteady stretching sheet. We study the Newtonian fluid mechanics by solving the boundary layer equations in Cartesian coordinates. Effects of natural
parameters such as the Hartmann number Ma, film thickness, unsteadiness parameter <i>S</i>, magnetic parameter, Grashof
number Gr, thermocapillary number <i>M</i>, and Prandtl number Pr are investigated. The results for the skin friction f''(0), Nusselt number (heat flux) &theta;'(0), and free surface temperature &theta;(1) are presented in tabular form.

PB Begell House
LK https://www.dl.begellhouse.com/journals/46784ef93dddff27,7ff6027401e57c45,2e5059366157f3a1.html