Effect of Activation Energy with Chemical Reaction on Heat and Mass Transfer in MHD Casson Nanofluid Over an Inclined Stretching Cylinder

The Main aim of this work is to analyse the effect of activation energy on chemical reaction as well as its effect on heat and mass transfer in Casson nanofluid flow with an inclined stretching cylinder over magnetive field and also gives the impact of activation energy with frictional heating among all various factors. The effect of various parameter, such as curvature parameter, temperature distribution parameter, boundary surface force, external magnetic parameter, thermal radiation parameter, chemical reaction with heat source, viscous dissipation are taken in to account. The basic flow equations gives the partial differential equations (PDE) are reduced in the form of ODE (ordinary differential equations) and then calculate through SQML (Spectral quasi-linearization method). Here the activation energy with chemical reaction rate over concentration field have been observe in the boundary layer, the influences of physical and fluid constants on the temperature, velocity and concentration field are analysed, and analysed through graphs.