MHD Flow Measurements of Automatic Control Valve of Gas Turbine Engine Subject to Inclined Magnetic Field

Abstract

The study’s main goal is to find out more about reduce the NOx emission by altering the combustion characteristic by impinging the freshwater using the control valve. In this paper, the steady magneto hydro dynamic flow between two porous plates is examined as a result of a magnetic field’s influence. The valves are inclined and the fluid flow is considered to be viscous and incompressible. Magneto hydrodynamics is a branch of study that deals with the movements of magnetic fields in electrically conducting fluids. The primary issue to be investigated is the structure of the solution where it experiences the inclined magnetic flow. This analysis is done by using similarity transformation. Increasing the fluid flow in inclined magnetic field keeps the reverse flow in control. Hartmann number is used to indicate the analytical expression of the fluid velocity. The magnetohydrodynamic channel flows play a vital role in the sector of engineering and technology such as MHD power generators. The problem is simplified to a third-order linear differential equation, from which the exact solution can be found. At various magnetic inclinations and fluid pressure gradients, graphs of velocity and temperature distribution are obtained. This indicates the system's long-term viability.