Significance of Ramped Temperature in the Dynamics of Unsteady Viscoelastic Fluid Subjected to Lorentz Force

Viscoelastic fluids, such as polymers, paints, and DNA suspensions, are almost everywhere very useful in the industry. This article aims to study significance of ramped temperature dynamics viscoelastic fluid. Magnetohydrodynamic (MHD) effect is considered presence Lorentz force. The flow a porous medium using generalized Darcy’s law. Heat transfers through convection, fluid near plate takes heat nature. Instead classical model which has certain limitations, with fractional derivatives Atangana–Baleanu type. well-known technique Laplace transform was adopted obtain solutions displayed various plots detailed discussion analysis. From graphical analysis, it worth noting that shows good memory on compared its form.