• SIMILARITY SOLUTIONS OF THE INCOMPRESSIBLE BOUNDARY LAYER SLIP CONDITIONS FOR A VERTICAL SURFACE WITH INTERNAL HEAT GENERATION & TEMPERATURE DEPENDENT VISCOSITY
Abstract
The problem of viscous flow & heat transfer over a 2-D steady free convection boundary layer from a vertical surface is studied taking into account slip boundary conditions & exponential decay internal heat generation on variation of fluid viscosity with temperature. The governing equations of the problem are steady reduced to couple non-linear moment & the energy equation to be similar by introducing suitable similarity transformation. Dimensionless velocity and temperature profiles are presented graphically for various values of Prandtl number , velocity slip parameter & temperature slip parameter with & without internal heat generation. Velocity gradient & temperature gradient are also discussed & are given in tables.
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