The effects of viscous dissipation on the boundary layer flow hybrid nanofluids have been investigated. This study presents mathematical modelling steady two dimensional Cu-TiO2 nanofluid. In this research, surface model is stretched and shrunk at specific values stretching/shrinking parameter. governing partial differential equations nanofluid are reduced to ordinary with employment appropriat...

A comprehensive study of magnetohydrodynamics (MHD) hybrid copper-alumina nanofluid flow towards a permeable stretching sheet embedded in porous medium is analyzed analytically. The problem mathematical modeled into nonlinear partial differential equations, which are reduced ordinary equations via similarity transformation. analytical solutions for momentum and energy found. effects the porosit...

The flow of fluids and heat characteristics through free convection within an enclosed space has gained substantial study due to the various applications in manufacturing industries. This work examined influence buoyancy factors on normal a heated tube filled with Copper (Cu) nanofluid. method finite difference was employed characterize regulating fluid formulae, C++ programming language evalua...

Abstract In the present article, impact of shape Copper nanoparticle with water as base fluid on flow criteria in congested non-permeable arteries is analyzed under magnetic effect. Mathematically, a significant response recorded when various shapes nanoparticles are considered stenosed vasculature. To explore effect different shaped nanoparticles, extensive range nanofluid volume fractions, pa...

A theoretical model for nanofluid flow, including Brownian motion and thermophoresis, is developed and analysed. Standard boundary layer theory is used to evaluate the heat transfer coefficient near a flat surface. The model is almost identical to previous models for nanofluid flow which have predicted an increase in the heat transfer with increasing particle concentration. In contrast our work...

A steady incompressible boundary layer flow and heat transfer past on a moving thin needle saturated with hybrid nanofluid are investigated the effects of solar radiation viscous dissipation. The simulation is also influenced by thermophoresis Brownian motion. We consider (Al2O3-Cu-water) as nanofluid, where water base fluid alumina copper nanoparticles. By utilizing technique similarity transf...

For a solar thermal system, increasing the heat transfer area can increase the output temperature of the system. However, this approach leads to a bigger and bulkier collector. It will then increase the cost and energy needed to manufacture the solar collector. This study is carried out to estimate the potential to design a smaller solar collector that can produce the same desired output temper...