Numerical analysis of suction and blowing effect on boundary layer slip flow of Casson fluid along with permeable exponentially stretching cylinder

The present study is about the numerical analysis of Casson fluid’s boundary layer slip flow beneath impact suction/blowing past a permeable cylinder stretching exponentially. modeled partial differential equations are transformed to nonlinear ordinary by applying appropriate transformation. Keller box procedure, tool famous for its achievements, used. relevant physical parameters like suction, fluid, and Reynolds number on temperature velocity distribution studied shown through graphs. change in quantities Nusselt skin friction coefficient with respect variation mentioned earlier was also examined. Their values given form table. To ensure authenticity outcomes investigations compared previous works, strong agreement noticed.