The heat transfer across an air-filled partitioned square enclosure is studied experimen-tally using a differential interferometer. The partition was located centrally inside the enclosure, parallel to the two isothermal differentially heated vertical walls, and extended the full height of the enclosure. The top and bottom horizontal walls of the enclosure were maintained adiabatic. A parametric study has been carried out using different partitions, focusing attention on the effect of partition thermal resistance as well as the interaction of surface radiation and natural convection, and on the total heat transfer between the vertical walls, inside the enclosure. Correlations, valid for the laminar range, are proposed
In this study parallelogramic cavity is modelled as an air-filled enclosure bounded by two isotherma...
In this paper a PIV and Holographic interferometry measuring campaign on natural convection in a squ...
Experimental study on free convection heat transfer was carried out inside shallow square enclosures...
Natural convection heat transfer in a partially partitioned enclosure has been in-vestigated experim...
cited By 3A steady state and two-dimensional laminar free convection heat transfer in a partitioned ...
A computational study is conducted to evaluate the performance of superposing the pure convection an...
A long path Mach-Zehnder interferometer was combined with a low speed wind tunnel in order to study ...
Mixed convection heat transfer to air inside an enclosure is investigated experimentally. The bottom...
This investigation determines the convective heat transfer coefficient from the vertical, warm wall...
A theoretical analysis of steady laminar natural convection in air-filled, square enclosures with di...
Steady laminar natural convection in air-filled, 2-D rectangular enclosures heated from below and co...
The prediction of convective heat transfer in enclosures under high ventilative flow rates is primar...
Two-dimensional laminar natural convection is studied numerically for differentially heated air-fill...
This paper presents the results of full scale experiments to evaluate natural convective heat and ma...
ABSTRACT. Natural convection heat transfer in a square air-filled enclo-sure with one discrete flush...
In this study parallelogramic cavity is modelled as an air-filled enclosure bounded by two isotherma...
In this paper a PIV and Holographic interferometry measuring campaign on natural convection in a squ...
Experimental study on free convection heat transfer was carried out inside shallow square enclosures...
Natural convection heat transfer in a partially partitioned enclosure has been in-vestigated experim...
cited By 3A steady state and two-dimensional laminar free convection heat transfer in a partitioned ...
A computational study is conducted to evaluate the performance of superposing the pure convection an...
A long path Mach-Zehnder interferometer was combined with a low speed wind tunnel in order to study ...
Mixed convection heat transfer to air inside an enclosure is investigated experimentally. The bottom...
This investigation determines the convective heat transfer coefficient from the vertical, warm wall...
A theoretical analysis of steady laminar natural convection in air-filled, square enclosures with di...
Steady laminar natural convection in air-filled, 2-D rectangular enclosures heated from below and co...
The prediction of convective heat transfer in enclosures under high ventilative flow rates is primar...
Two-dimensional laminar natural convection is studied numerically for differentially heated air-fill...
This paper presents the results of full scale experiments to evaluate natural convective heat and ma...
ABSTRACT. Natural convection heat transfer in a square air-filled enclo-sure with one discrete flush...
In this study parallelogramic cavity is modelled as an air-filled enclosure bounded by two isotherma...
In this paper a PIV and Holographic interferometry measuring campaign on natural convection in a squ...
Experimental study on free convection heat transfer was carried out inside shallow square enclosures...