Utilization motile micro-organism around a spinning sphere with unsteady mixed convection casson type MHD nanofluid

The present paper deals the time-dependent mixed convection Casson type MHD nanofluid flow with motile microorganisms around a spinning body adopting laminar boundary layer theory. Dynamic flow dependent on time is taken into account. The guiding partial differential structure has been converted into ordinary differential structure via similarity transformations. The numerical results of ordinary differential equations have been acquired by using shooting technique via MATLAB software. Aspects of such physical parameters have been discussed and clarified in details using tables and graphs. The effect of different parameters such as acceleration parameter on primary velocity, secondary velocity, temperature function, non-dimensional nanoparticle concentration. Comparison with previous studies is also mentioned and it is noted that a good agreement with published literature.