Thermal performance of water driven flow of nanoparticle’s shape due to double sided forced convection enclosed in a porous corrugated duct

In this article, a complex nature structure is simulated by introducing the nanofluid that contains various shape of nanoparticles through forced convection and thermal diffusion. Double sided lid-driven in porous curved cavity dealt to handle phenomenon. Additionally, effect internal heat generation/absorption also considered. The horizontal vertical walls are moving with constant speed Uo Vo, respectively, which further divided into two lids. flat kept at temperature TH TC respectively. governing equations discretized solved Glariken residual method mean Finite Element Method (FEM). directional velocity, medium (Da), Reynold’s number (Re), generation/ absorption coefficient (Q) solid concentration (?) investigated on transfer rate form Nusselt number, isotherm, streamlines, velocity profile. Result reveals generated when direction wall opposite inward direction. decreases case generation increases for nanoparticles.