Abstract: An approximate method has been developed to obtain a closed form solution of a class of nonlinear two-point boundary value problems. Application of this method to three problems in Fluid ...

Abstract: An approximate method is developed for locally nonsimilar laminar boundary layer flows. This method is applicable to several boundary layer velocity problems where the nonsimilarity stems from ...

Abstract: The effect of finite suction velocity on the Blasius boundary-value problem, as generalized for power-law non-Newtonian fluids, has been studied by reducing the problem to an initial-value problem ...

Abstract: The unsteady laminar incompressible boundary-layer flow near the three-dimensional asymmetric stagnation point has been studied under the assumptions that the free-stream velocity, wall temperature, ...

Abstract: The steady laminar compressible boundary-layer swirling flow with variable gas properties and mass transfer through a conical nozzle, and a diffuser with a highly cooled wall has been studied. ...

Abstract: An initial value method is applied for investigating laminar compressible boundary layers created by the passage of a plane shock wave over an infinite flat plate. The two point boundary value ...