Significance of Multi-Hybrid Morphology Nanoparticles on the Dynamics of Water Fluid Subject to Thermal and Viscous Joule Performance

Three-dimensional flow via swirling porous disks and an annular sector is carried out using fully developed hybrid nanofluids. Here, a single-phase simulation based on thermophysical characteristics various nanoparticle sizes shapes taken into account. A regression function connected with the permeable Reynolds number for injection suction was created. We used well-known accurate “shooting approach” to apply governing, nonlinear, ordinary differential equation systems obtain numerical results. Additionally, parametric research employed control impact of embedded factors concentration, velocity, temperature. While physical features bottom upper disks, such as skin friction coefficient Nusselt number, are provided in table, their characterization several regulatory parameters, fluid velocity temperature, depicted graphically. The experimental range fractions 1% 4% considered having notable effects at φ = 4%. Both walls demonstrate increase factor, shear stress, tensile stress. As Eckert rises lower wall, rate heat transfer dramatically increases, opposite true wall. transmission significantly impacted by addition different base fluids containing kinds nanoparticles. aforementioned created solid foundation development electronic computers emphasis nanotechnology biomedical devices.