THE 2-D Cu-WATER NANOFLUID-FLOW AND HEAT TRANSFER OVER AN INCLINED WALL AND BETWEEN TWO INCLINED WALLS The Numerical Solution of PDE and ODE

In this paper, we attempt to investigate the steady and laminar flow of incompressible water based nanofluid between inclined plates and over an inclined plate. A uniform and external magnetic field is applied in order to control the non-fluidflow. The Cu-water based nanofluid can be also used for heat transfer enhancement. We can gain additional thermal energy in the fluid by increasing the volume fraction of Cu nanoparticles in the base fluid and improving the thermophysical parameters for the single-phase model. The results also show that adjusting the Prandtl and Eckert numbers causes the velocity profile to change fast. According to our findings, fluid elements may be more intensively accelerated by raising the nanoadditive concentration and enhancing the thermo-physical characteristics of the fluid.

Automated summary

This study investigates the steady and laminar flow of incompressible water based nanofluid between inclined plates and over an inclined plate. It also explores the use of Cu-water based nanofluid for heat transfer enhancement by increasing the volume fraction of Cu nanoparticles and improving thermophysical parameters.