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Dynamic Stability in following Seas: predictive and experimental approaches
journal contribution
posted on 2023-05-16, 21:42 authored by Lilienthal, T, Matsuda, A, Giles ThomasGiles ThomasThis article presents work based on the development of a performance-based stability assessment method. It describes a numerical method used to determine the survival limit for a dynamic intact stability assessment procedure. The numerical method utilises a time-domain vessel motion program to assess the limit for a range of vertical centres of gravity (KG). The appropriateness of the numerical predictions was examined through comparison with model experiment results. Free-running model tests were conducted in regular following waves at discrete KGs. A comparison between the survival limits determined through the numerical and experimental methods is presented. The current International Maritime Organisation (IMO) stability criteria are also evaluated against the numerical and experimental dynamic performance-based stability assessment methods. © JASNAOE 2007.
History
Publication title
Journal of Marine Science andTechnologyVolume
12Issue
2 2007Pagination
111-118ISSN
0948-4280Department/School
Australian Maritime CollegePublisher
Springer JapanPlace of publication
JapanRepository Status
- Restricted