Network Simulation Model for Free Convective Flow from a Vertical Cone

Abstract

Abstract An axisymmetric, mathematical models is obtainable for the laminar natural convective laminar flow with effects of heat as well as mass transmission on an incompressible viscid liquid past a cone by uniform wall concentration, variable surface temperature including with effect of chemical reaction. The solutions of non-dimensional leading boundary layer equation of flow which are coupled, unsteady and nonlinear PDE’s were obtained using NSM, a robust statistical method which demonstrate elevated effectiveness and accurateness and the computer code Pspice. The different profiles of temperature, velocity and concentration were analyzed for different parameter, namely λ (chemical reaction), Sc (Schmidt number), Pr, N (buoyancy ratio constraint) and power law exponential of wall temperature n are discussed graphically. The current experiment result is compare with the existing outcome in the open literature and is found to be in outstanding conformity.