Energy optimization of water based hybrid nanomaterials over a wedge-shaped channel

Convergent/divergent channels have real-world applications including the production of fibers and glass, fabrication plastic sheets, manipulation molten metal streams, industrial casting metal. This article intends to discuss flow thermal transport mixture nanoparticles, namely, copper molybdenum oxide in a base fluid (water) over wedge-shaped channel. The dissipation effects are taken into account. To understand thermophysical characteristics Yamada Ota model is selected. By using similarity transformations, partial differential equations converted ordinary equations. numerical solution developed by applying bvp4c built-in MATLAB. impact irreversibility also incorporated. Moreover, outcomes for wall stress parameter Nusselt number calculated as function pertinent parameters. It noted that momentum energy system reduced due accretion nanoparticles volume fraction both hybrid nanofluids conventional nanofluids. For convergent divergent channels, heat an increasing Brinkman number. values specific range decreased Reynolds