Heat Transfer Augmentation in a Nanofluid-Filled Lid -Driven Enclosure with Heat Source Embedded on the Bottom and Variety of Thermal Boundary Conditions

Heat Transfer Augmentation in a Nanofluid-Filled Lid -Driven Enclosure with Heat Source Embedded on the Bottom and Variety of Thermal Boundary Conditions

Research Abstract

This paper presents a numerical investigation of laminar mixed convection cooling of heat source embedded on th bottom wall of an enclosure filled with nanofluids for a variety of thermal boundry conditions at the top and sidewalls

Research Authors
Sameh E. Ahmed, M.A. Mansour, and M.M. Abd ELAZIZ
Research Department
Department of Mathematics
Research Journal
Jornal of Nanofluids
Research Member
Mohamed Ahmed Mansor Abd Allah
Research Pages
1-10
Research Publisher
ASP
Research Rank
1
Research Vol
3,
Research Website
www.aspds.com/jon
Research Year
2014