Analysis of Water Based Carbon Nanotubes on an Inclined Porous Sheet with Variable Magnetic Field

In this research, I investigated an unsteady carbon nanotubes in a 2D mixed convection flow made of water on a porous in- clined expansible surface with angle in terms of the horizontal axis. When the magnetic field changes, the surface stretches linearly with velocity u.The Parametric Continuation Method is used to examine unknown physical quantities (PMC). The PDEs and boundary conditions are integrated using similarity transformations to generate a set of coupled ODEs.Physical quantities such as flow behavior, thermal characteristics, thermal variation, skin friction and Nusselt Number are examined using graphical and tabulated results for physical purposes.