Conjugate natural convection in a vertical porous layer sandwiched by finite thickness walls

Modelling conjugate flow and heat transfer in a ventilated room for indoor thermal comfort assessment

“…Similar findings were reported in studies of different 2-D conjugate natural convection configurations [6][7], in which the addition of a vertical heated plate would significantly reduce the heat transfer rate, from about for thin walls to about for thick walls [6]. For large Grashof number , the temperature inside the finite-thickness wall was broadly of two-dimensional distribution and the non-uniform distributed temperature on the solid-fluid interfaces would cause asymmetric flow patterns [1].…”

Using of Bejan's Heatline Technique for Analysis of Natural Convection in a Divided Cavity with Differentially Changing Conductive Partition

“…They used the particle image velocimeter (PIV) technique to obtain the velocity field inside the enclosure. Similar studies related to conjugate natural convection [6][7][8][9] for different geometry can be found in the literature.…”

Heat Generation Effects on Natural Convection in Porous Cavity With Different Walls Temperature

“…Granzarolli and Milanez (1995) reported results for cavity with cold temperature at vertical walls and constant heat flux at bottom side. Saeid (2007) presented a problem with both conduction and natural convection in porous medium that enclosed with finite thickness walls. Saeid and Pop (2005) have studied the natural convection in vertical porous medium with two heat source.…”