The distributed response of complex branching duct networks

Abstract
An efficient method for simulating the distributed response of complex asymmetrically branching networks which satisfy requirements of network self-consistency is described. Individual tree links may be dispersive and lossy. As a case in point the response of the human lung is simulated, and the variations in pressure with frequency, path and position are characterized. The effects of tree asymmetry are found to be significant above 100 Hz in the air-filled lung.

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