Thermal Viscous Dissipative Couette Flow in a Channel Filled with Porous Medium

The increasing demand for high-performance electronic devices and surge in power density accentuates the need for heat transfer enhancement. In this study, a thermal viscous dissipative Couette flow and Couette-Poiseuille flow in a channel filled with fluid saturated porous medium is looked into. Tw...

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Main Author: Baig, Mirza Farrukh
Format: Thesis
Published: 2016
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spelling my-mmu-ep.68822017-09-06T16:28:40Z Thermal Viscous Dissipative Couette Flow in a Channel Filled with Porous Medium 2016-05 Baig, Mirza Farrukh QC251-338.5 Heat The increasing demand for high-performance electronic devices and surge in power density accentuates the need for heat transfer enhancement. In this study, a thermal viscous dissipative Couette flow and Couette-Poiseuille flow in a channel filled with fluid saturated porous medium is looked into. Two cases of thermal boundary condition are considered: constant heat flux is applied on the moving wall while the fixed plate is insulated, and both plates are subjected to constant heat flux. The study would explore the fluid flow and heat transfer phenomenon for Couette flow and Couette-Poiseuille flow in a channel as well as to establish the relationship between the heat convection coefficient and viscous dissipation. A fully developed flow and local thermal equilibrium are assumed in the analysis. An analytical Nusselt number expression is developed for Couette flow and Couette-Poiseuille flow in terms of Brinkman number as a result of this study, thus providing essential information to gauge the thermal performance of a channel. The results obtained without viscous dissipation are in close agreement with published results for Couette flow and CouettePoiseuille flow. 2016-05 Thesis http://shdl.mmu.edu.my/6882/ http://library.mmu.edu.my/diglib/onlinedb/dig_lib.php masters Multimedia University Faculty of Engineering and Technology
institution Multimedia University
collection MMU Institutional Repository
topic QC251-338.5 Heat
spellingShingle QC251-338.5 Heat
Baig, Mirza Farrukh
Thermal Viscous Dissipative Couette Flow in a Channel Filled with Porous Medium
description The increasing demand for high-performance electronic devices and surge in power density accentuates the need for heat transfer enhancement. In this study, a thermal viscous dissipative Couette flow and Couette-Poiseuille flow in a channel filled with fluid saturated porous medium is looked into. Two cases of thermal boundary condition are considered: constant heat flux is applied on the moving wall while the fixed plate is insulated, and both plates are subjected to constant heat flux. The study would explore the fluid flow and heat transfer phenomenon for Couette flow and Couette-Poiseuille flow in a channel as well as to establish the relationship between the heat convection coefficient and viscous dissipation. A fully developed flow and local thermal equilibrium are assumed in the analysis. An analytical Nusselt number expression is developed for Couette flow and Couette-Poiseuille flow in terms of Brinkman number as a result of this study, thus providing essential information to gauge the thermal performance of a channel. The results obtained without viscous dissipation are in close agreement with published results for Couette flow and CouettePoiseuille flow.
format Thesis
qualification_level Master's degree
author Baig, Mirza Farrukh
author_facet Baig, Mirza Farrukh
author_sort Baig, Mirza Farrukh
title Thermal Viscous Dissipative Couette Flow in a Channel Filled with Porous Medium
title_short Thermal Viscous Dissipative Couette Flow in a Channel Filled with Porous Medium
title_full Thermal Viscous Dissipative Couette Flow in a Channel Filled with Porous Medium
title_fullStr Thermal Viscous Dissipative Couette Flow in a Channel Filled with Porous Medium
title_full_unstemmed Thermal Viscous Dissipative Couette Flow in a Channel Filled with Porous Medium
title_sort thermal viscous dissipative couette flow in a channel filled with porous medium
granting_institution Multimedia University
granting_department Faculty of Engineering and Technology
publishDate 2016
_version_ 1747829639932280832