| ||Format||Pages||Price|| |
|PDF (276K)||20||$25||  ADD TO CART|
|Complete Source PDF (12M)||723||$96||  ADD TO CART|
Cite this document
In the last few years, papers have been presented on so-called dynamic or counter-flow insulation systems. These studies show significant reductions of thermal heat losses for such systems in comparison with “classic” insulation systems. Residential and industrial buildings using this technique already exist in Scandinavian countries and France. The aim of this study has been to obtain a better understanding of the actual efficiency of such systems.
After a brief reminder of the principle of this insulating technique, the authors present (1) a theoretical model by means of which values of thermal efficiency are derived, and (2) the experimental findings obtained under full-scale laboratory conditions. We then consider the limits and potential applications of dynamic systems.
air flow, building heat transfer, calibrated hot box, counterflow insulation, dynamic insulation, energy conservation, full-scale thermal testing, glass fibers, heat transmission, mineral fibers, thermal conductivity, thermal insulation, thermal resistance, roofs, ventilation, walls
Head, Thermal Laboratory, Isover Saint-Gobain, Centre de Recherches Industrielles, Rantigny,
Assistant professor, Ensam, Laboratoire Energetique et Phenomenes de Transfert, Bordeaux-Talence,