Impact of Thermal Radiation and Viscous Dissipation on MHDFlow of Jeffrey Liquid over an Infinite Vertical Channel

In this investigation hydro magnetic progression of Jeffrey liquid over an unending vertical channel with thermal radiation and viscous dissipation is thought of. The governing non linear ordinary differential equations are disentangled by utilizing shooting framework. The impacts of governing parameters such as Jeffrey parameter, suction parameter, thermal grash of number, magnetic field parameter, radiation parameter and Eckert number on the liquid speed and the temperature are demonstrated graphically. The coefficient of skin friction and the local Nusselt number are resolved numerically and showed up in tabular structure. The current outcomes have been great concurrence with the previous results under some exceptional cases.