Abstract
Transient thermal effects in a porous medium subjected to oscillatory flow of hot and cold fluid are studied. The governing equations of thermal non-equilibrium model have been numerically solved by a finite difference scheme. The amplitude of temperature fluctuation, a parameter relating to the energy storage, is seen to vary significantly with distance and time. The storage of energy is largely governed by fluid to solid phase thermal storage capacity ratio. Effects arising from changes in bed parameters are discussed.
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