Numerical Study of Mhd Flow and Heat Transfer Over an Exponentially Permeable Stretching Surface of a Casson Fluid

Recently the study of casson fluid and its behaviour gained the attention of researchers as blood is a flow model of casson fluid and this kind of study helps in identifying and analyzing blood flow. For MHDcasson fluid flow over a surface which is exponentially stretched, velocity and temperature profiles were drawn for various flow parameters in particular the effect of magnetic parameter was discussed as it has numerous industrial applications. Numerical solutions were obtained using the Keller box process, and the consequences are presented in a graphical and thorough discussion.