Natural Convection in Nanofluid-Filled Enclosure with Heat-Flux Boundary
S Kosti - Journal of Mechanical Engineering and Technology …, 2014 - journal.utem.edu.my
A numerical investigation of buoyancy-driven flow in a two-dimensional square enclosure
filled with Cu-H2O nanofluid has been conducted. On one wall heat flux boundary and on
the other three walls convective boundary conditions have been conducted. Effect of
inclination angle has been studied. Different pertinent parameters of the present study are
Grashof number (5× 104) and nanoparticle concentration (ϕ≤ 8%) and inclination angles.
Prandtl number for water has been kept constant (Pr= 6.49). Results shows that fluid flow is …
filled with Cu-H2O nanofluid has been conducted. On one wall heat flux boundary and on
the other three walls convective boundary conditions have been conducted. Effect of
inclination angle has been studied. Different pertinent parameters of the present study are
Grashof number (5× 104) and nanoparticle concentration (ϕ≤ 8%) and inclination angles.
Prandtl number for water has been kept constant (Pr= 6.49). Results shows that fluid flow is …
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