Study of Energy Storage Phenomena in a Flat Wall Containing a Kapok-Plaster Material in Frequential Dynamic Regime-Influence of Depth

Abstract

We propose, in this article, the study of the phenomena of energy storage in a wall in frequency dynamic mode. The optimal heat exchange coefficient and the maximum pulsation were determined from the temperature and flux density curves, respectively. An electric-thermal analogy made it possible to determine the phenomena of energy storage from Bode diagrams of thermal capacity and thermal inductance.