Some problems on the flow of Newtonian and non-Newtonian electrically conducting fluids with mass and heat transfer under the influence of electromagnetic fields
Engy Mohamed Mohsen Fahmy El-Dakdoky;
Abstract
In the recent few decades, nanotechnology has dominated a wide range of fields such as medicine, nuclear energy, and construction. For this reason our researches focused on the nanophenomena under different circumstances. Three problems are discussed here:
1. The influence of electromagnetic field on a nanofluid was investigated through a mixed convection flow.
2. The influence of electromagnetic field on a nanofluid was investigated through a peristaltic motion with a wall-compliance channel.
3. The influences of electro-osmosis and peristalsis on a non-Newtonian nanofluid through a micro-channel were studied.
The main mechanisms of nanofluid are Brownian diffusion and thermophoresis diffusion parameters are taken into consideration in the three problems.
The thesis consists of four chapters as follows:
Chapter 1
1. The influence of electromagnetic field on a nanofluid was investigated through a mixed convection flow.
2. The influence of electromagnetic field on a nanofluid was investigated through a peristaltic motion with a wall-compliance channel.
3. The influences of electro-osmosis and peristalsis on a non-Newtonian nanofluid through a micro-channel were studied.
The main mechanisms of nanofluid are Brownian diffusion and thermophoresis diffusion parameters are taken into consideration in the three problems.
The thesis consists of four chapters as follows:
Chapter 1
Other data
| Title | Some problems on the flow of Newtonian and non-Newtonian electrically conducting fluids with mass and heat transfer under the influence of electromagnetic fields | Authors | Engy Mohamed Mohsen Fahmy El-Dakdoky | Issue Date | 2018 |
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