UNSTEADY FLOW OF COLLAPSIBLE TUBE UNDER TRANSVERSE MAGNETO HYDRODYNAMIC FLUID

Abstract

In this exploration, temperamental magneto hydrodynamic liquid stream in a collapsible tube has been explored. The investigation is planned for deciding the velocity profiles, temperature profiles and the impacts of changing dimensionless numbers on the stream factors. The tube is viewed as collapsible in a transverse way, taken to be perpendicular to the principle stream bearing. The fixed attractive field is perpendicular to the course of stream of the leading liquid. The conditions overviewing the stream are non-direct and it could be solved numerically. For this situation, finite difference method is performed. A programming language MATLAB is then used to produce results which are displayed in type of a graphical view. The outcomes on fluctuating different non- dimensional parameters on temperature and velocity profiles are then examined. It is noticed that an adjustment in the estimation of dimensionless parameters prompts either increases/decreases or to have no impact on velocity and Temperature profiles separately. The results acquired can be applied in therapeutic field and furthermore in enterprises where collapsible tubes are utilized.