Variable aspects of double stratified MHD flow of second grade nanoliquid with heat generation/absorption: A revised model

Analysis of double stratifications in magneto-nanomaterials by nonlinear stretching sheet is addressed. Flow is generated due to stretching sheet with variable thickness. Incompressible liquid with the application of magnetic filed is considered. Energy expression is characteristics with additional effects of variable thermal conductivity and generation/absorption. Proper transformations are considered to dimensionless the governing systems. The non-linear system is then computed through homotopic scheme. Graphs depicting the consequences of numerous physical variables are presented and elaborated in detail. The numerically computed values of dimensionless skin friction is presented with physical insights.