Heat Transfer Flow of Ternary Hybrid Nanofluid (Al2o3-Zro2-Mgo) Over A Sinusoidal Wavy Surface

This study examines how the hybrid nanofluid over a vertically wavy surface enhances heat transmission. The flow through a porous media is investigated using Darcy law. The sine wave characterizes the non-uniform behaviour of the vertical wall. The governing equations1 for the conservation of mass, momentum in the x and y directions, and energy are obtained. With the help of the proper transformations, they are non-dimensionalized. The PDE is converted to an ODE using the Similarity transformation. The resulting ODEs are solved using the spectral collocation method, and the results are shown together with several nanoparticle thermos-physical parameters.