Magneto-Exothermic Catalytic Chemical Reaction along a Curved Surface

In the current study, physical behavior of boundary layer flows along a curved surface owing exothermic catalytic chemical reaction, and magnetic field is investigated. The mathematical model comprised part momentum, energy, mass equations, which are solved using finite difference method with primitive variable formulation. Numerical solutions, quantitative differentiation, made appropriate choice dimensionless parameters. Analysis results obtained shows that temperature flow fluids strongly influenced by combined effects reactions field. skin friction, heat transfer, concentration, distribution illustrated in plots form tables. By setting controlling parameters at boundaries, conditions away from determined each graph. With larger range body shape parameter n, friction transfer improved, but reduced. Due to increasing values parameter, fluid velocity concentration decreased gradually increased dramatically.