Feasibility and angular velocity analysis of micropolar nanofluid suction effects

The objective of current analysis is to investigate the heat and mass transfer impact driven by permeable for a surface. The flow problem is subject to mass suction effects. The analysis for heat transfer is supported with applications of radiative phenomenon and Dufour effects. The governing equations for flow model is retained into dimensionless farm with help of appropriate variables. The numerical treatment against the modeled equations are evaluated numerically with the help of shooting technique. The confirmation of solution is based on comparison of current results with available studies. Physical attribution of results has been tested in view of various modeled parameters.