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Global and Slam Load Model Testing to Support Developing HSMV Operations in Severe Sea Conditions

Citation

Davis, MR and Amin, WAI and Lavroff, J and Holloway, DS and Thomas, GA and Matsubara, S and Roberts, T, Global and Slam Load Model Testing to Support Developing HSMV Operations in Severe Sea Conditions, International Conference for Innovation in High Speed Marine Vessels, 28-29 January , Fremantle, Australia, pp. on CD. (2009) [Non Refereed Conference Paper]


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Copyright Statement

Copyright RINA 2009

Official URL: http://www.rina.org.uk

Abstract

To satisfy the development requirements of commercial and military HSMVs in severe sea state conditions, model testing to validate global and slam loadings is required. Given the complexity of HSMV unsteady hydrodynamics, model testing is an essential basis for design. An elastic segmented model of a wave-piercing catamaran has been constructed to obtain experimental values of global and slamming loads. Strain gauges are fitted to enable the measurement of the unsteady vertical bending moments. A wave-piercing catamaran must sustain slamming loads on the wet deck, centre bow and bow archway and so a separate centre bow segment enables the slamming loads to be directly measured. The model is found to give good simulation of the slam load impulse and the energy inpul to the Whipping mode. Application of the results of this work in INCAT98m and 112m designs has produced vessels which have withstood very severe sea conditions without damage.

Item Details

Item Type:Non Refereed Conference Paper
Research Division:Engineering
Research Group:Maritime Engineering
Research Field:Naval Architecture
Objective Division:Expanding Knowledge
Objective Group:Expanding Knowledge
Objective Field:Expanding Knowledge in Engineering
Author:Davis, MR (Professor Michael Davis)
Author:Amin, WAI (Dr Walid Amin)
Author:Lavroff, J (Dr Jason Lavroff)
Author:Holloway, DS (Dr Damien Holloway)
Author:Thomas, GA (Professor Giles Thomas)
Author:Matsubara, S (Dr Shinsuke Matsubara)
ID Code:58630
Year Published:2009
Deposited By:NC Maritime Engineering and Hydrodynamics
Deposited On:2009-10-16
Last Modified:2010-03-05
Downloads:6 View Download Statistics

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