The possibility of developing an efficient simulation to large amplitude rolling by means of a simplified mathematical modelling is analysed with reference to the case where a very large nonlinearity can entail complicated dynamic effects connected to the presence of bifurcations. The reliability of data gathered from experiments by means of parameter identification techniques in these conditions is also discussed by the use of MonteCarlo method.
Intact Ship Stability in Beam Seas: Mathematical Modelling of Large Amplitude Motions
CONTENTO, GIORGIO;FRANCESCUTTO, ALBERTO
1997-01-01
Abstract
The possibility of developing an efficient simulation to large amplitude rolling by means of a simplified mathematical modelling is analysed with reference to the case where a very large nonlinearity can entail complicated dynamic effects connected to the presence of bifurcations. The reliability of data gathered from experiments by means of parameter identification techniques in these conditions is also discussed by the use of MonteCarlo method.File in questo prodotto:
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