Mixed convective flow of heat and mass transfer of nanofluids over a static wedge with convective boundary conditions

With the fast improvement of industry and utilization inventive strategies, scientists want to think over steady blending convection water-based nanofluids past static wedges. The Buongiorno model with is applied. Also, incorporated Brownian motion thermophoresis. attention on nature mixed wedge formed convective heat mass transfer nanofluid flow. Utilizing comparable change, governing partial differential equations (PDEs) are reduced ordinary (ODEs) solved by R-K Gill method. physical quantities velocity, temperature concentration fields, as well diffusion thermal rates friction factor coefficients, discussed. investigation demonstrated that convergence liquid was higher within sight thermophoresis parameter Biot numbers. It has been seen divider pressure increments expanding parameters.