Abstract
The formulas resulting from the creeping-wave formulation of acoustic scattering theory are used, and the form of the specularly reflected pulse, resulting from a plane-wave δ-function pressure pulse incident upon an acoustically soft infinite cylinder, is evaluated using a computer. The reflected pulseform is found in the farfield of the cylinder for a number of different angles of observation. The specularly reflected pulseform is also evaluated, taking various numbers of terms in the series that mathematically describes it, in order to examine the convergence properties of this series.
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