Abstract
Beam reinforced plates are typical components of offshore structures, as used in oil prospecting and production. The typical problem associated with this type of structure is the noise and vibration generated by machines and transmitted through the low damped structure. This vibration can propagate to the accommodation area and generate noise, which can generate stress to the crew. This work leads to develop deterministic models and solutions to be used on vibration levels estimation to beam reinforced plates. These models are used in several configurations, as an example L or T joined plates. The obtained results are then compared with finite element model for solution validating. This model will be used for calculating the coupling loss factors to be used in an statistical energy analysis.
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