Abstract
The transient and steady-state flow at the flue and open end of organ pipes has been studied using high-speed electronic speckle pattern interferometry. We show that the flow at the flue is similar to square and round organ pipes; however, at the open end, the flow depends on the pipe shape. There is a significant flow from a square pipe and no detectable flow from a round pipe. These results can be directly compared to the results of simulations recently developed by Thacker and Giordano. [Work supported by NSF Grant #PHY-160749.]
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