The class of fluid known as hybrid nanofluid has numerous engineering applications in the thermal industry. This study is focused on the heat transmission of the hybrid nanofluid adjacent to a vertical permeable surface by incorporating thermal boundary slip. To support this analysis, a mathematical framework has been established, presenting the problem in terms of coupled nonlinear partial differential equations. These equations have been transformed into a system of dimensionless partial differential equations using appropriate dimensionless variables. Furthermore, the finite difference technique has been employed to obtain the appropriate results. The effects of various dimensionless engi... More >