Such as the system under the certain defined values is evacuate the heat compeers for the conservation of temperature in electronic accessories. Accordingly, it creates the hi-tech challenges for the experts and transformers of industrial fields to develop and modern effects of cooling systems to modify the best.
The degeneracy of the heat flux profile with in the electronics accessories is the updating of study in fluid thermodynamics like over heat is the causes to devalue the electronics accessories improvement level. The presentation of electronics accessories is updated in these days by the progress in the minimizing of their appliances of density power associated with electronics accessories and it enhances drastically the positive effects of heat flux to improve the efficiency of electronic accessories. On the behalf of the current investigation researchers are able to say that the main objective of these Articles is to determine the multiple slip effect on time dependent MHD flow of axisymmetric with Carreau-nanomaterial performances and motile microorganisms is boost the performs in all nanofluid field with motile microorganisms with malty slip effects and axisymmetric flow. Gravity dependent gyrotactic nanoparticles are utilized for well observing axisymmetric flow with convective boundary layer condition and comparatively better heat transfer rate result and applicable to maximum realistic approach. Besides we moderate this into power law index with \(\,n = 0.5\) and \(\,n = 1.5\) partial slip condition of velocity is also instigated at the surface. bvp4c and MATLAB) are used to draw graphical and tabular results.
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Well known Mathematical computational techniques and software (i.e. The momentum, heat, concentration and density of motile micro-organism are renovated into the system of equation via using well known similarity revolution. This presented work investigate the bio-convections effects of the magnetized time dependent axisymmetric flow of Carreau-nanomaterial performances with multiple slip effects over a stretching sheet.
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