Abstract
A new formulation for the structural intensity in thin shells is presented, as well as a method for determining the tangential displacement components within the shell given a knowledge of the normal displacement and surface pressure. These techniques are then applied to real, experimental data taken on a point‐driven, fluid‐loaded, cylindrical shell. A video will be presented that displays, simultaneously, the instantaneous structural intensity, as well as the instantaneous intensity in the fluid due to a transient pulse delivered by the point driver and the mechanism of fluid‐structure interaction in the very near field will be discussed in detail from the point of view of instantaneous energy flow.
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