Abstract
A procedure was developed to equate the properties of a large system, which is composed of a number of plates connected to each other in a variety of ways, with the properties of the smaller plates for use in Statistical Energy Analysis (SEA) modeling. Each small subsystem is a single plate, which can be characterized by a uniform thickness, an area, a material, and some internal losses. Each connection between systems is defined by a junction, with a length, a number of systems connected at that junction, and thicknesses of each system connected at that junction. Equivalents thicknesses, areas, loss factors, and junction lengths were determined for the larger composite system. The analysis was extended to the case where two composite systems are connected to each other.
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