Numerical investigations of MHD Casson nanofluid flow over a wedge through porous medium

The aim of current Paper is to examine the effect/result ‘heat source’ parameter over a wedge through porous-medium for electrically-conducting fluid flow magneto hydrodynamic Casson nanofluid with activation energy. influence/impact ‘second law’ analysis electrically conducting fluid(s) chemical-reaction also investigated. Dimension-less ordinary differential equations(ODE) are obtained/derived from highly non- linear PDEs by using similarity transformations. ‘Runge- Kutta –Fehlberg shooting technique’ utilized solve remodelled ODEs numerically. effect(s) ‘physical parameter’ on velocity, temperature and concentration extensively discussed several plots. Numerical result(s) Nusselt number, skin friction coefficient & ‘Sherwood number’ various parameter(s) computed.