Temperature Dependence on Transient Hydrodynamic Gravity Driven Flow Down an Inclined Plane

Transient hydrodynamic gravity driven flow of a viscous incompressible fluid down an inclined plane occupying semi-infinite region space bounded by infinite hot plate is studied. The effect modified Froude number plays important role in determining the situation. Exact solution obtained employing Laplace transform method. This problem concerned with car – following theory subjected to traffic decisive importance variation depth slope leading flood wave. A reducible influence frictional drag has active reversal characteristics time satisfying separation due existance number. stabitity roll wave determined critical varying flow. Numerical results velocity distributions and shear stress are depicted graphically for different values parameters. presented tables. Temperature analysis been analytically view point out expression Nusselt at plate.