Comparative Study on Rosseland’s Heat Flux on Three-Dimensional MHD Stagnation-Point Multiple Slip Flow of Ternary Hybrid Nanofluid over a Stretchable Rotating Disk

This article investigates the three-dimensional magneto stagnation-point flow of ternary hybrid nanofluid caused by a radially extended infinite gyrating disk with multiple slip effects. The main concern is to analyze characteristics heat transport when linear thermal radiation (LTR), quadratic (QTR), and full nonlinear (FNTR) are significant. Ternary fluid composition water, spherical-shaped silver, cylindrical-shaped aluminum oxide, platelet-shaped nanoparticles. Non-uniform source effects taken into account. governing equations constructed using single-phase model boundary layer theory von Karman variables. consequent problem solved an efficient finite element method results verified available data. Nusselt number friction factors computed for both clean subjected three different forms Rosseland’s radiation. Our demonstrate that rate (Nusselt number) higher in FNTR case than QTR LTR, it even compared fluid. Further, gets reduced parameter. rotation escalates shear stress along radial axial directions. conditions lead condensed layers over surface.