Source distribution method and hydrodynamics coefficients of vessel

In the present research, fix structure and floating structure such as vessel are studied in terms of hydrodynamics forces and hydrodynamics coefficients. Currently, three-dimensional source distribution method is adopted which taking into account the actual design offzx structure as well as hull for...

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Main Authors: Yeak, Su Hoe, Maimun, Adi
Format: Article
Language:English
Published: Faculty of Mechanical Engineering, UTM 2003
Subjects:
Online Access:http://eprints.utm.my/12590/1/YeakSuHoe2003_SourceDistributionMethodandHydrodynamicsCoeficients.pdf
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author Yeak, Su Hoe
Maimun, Adi
author_facet Yeak, Su Hoe
Maimun, Adi
author_sort Yeak, Su Hoe
collection ePrints
description In the present research, fix structure and floating structure such as vessel are studied in terms of hydrodynamics forces and hydrodynamics coefficients. Currently, three-dimensional source distribution method is adopted which taking into account the actual design offzx structure as well as hull form. A curved triangular boundary element is implemented with constant source distribution on each element. Some improvements are adopted in order to solve the singular integration of elements. Gauss-type Laguerre integration as well as cauchy principal value are implemented to solve the Green function numerically. These modification show some improvement ofaccuracy according to number ofpanels. Experimental result of Greek passenger ship is compared with present result as well as Frank Close-Fit Method.
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spelling utm.eprints-125902012-09-05T10:00:31Z http://eprints.utm.my/12590/ Source distribution method and hydrodynamics coefficients of vessel Yeak, Su Hoe Maimun, Adi QA Mathematics TJ Mechanical engineering and machinery In the present research, fix structure and floating structure such as vessel are studied in terms of hydrodynamics forces and hydrodynamics coefficients. Currently, three-dimensional source distribution method is adopted which taking into account the actual design offzx structure as well as hull form. A curved triangular boundary element is implemented with constant source distribution on each element. Some improvements are adopted in order to solve the singular integration of elements. Gauss-type Laguerre integration as well as cauchy principal value are implemented to solve the Green function numerically. These modification show some improvement ofaccuracy according to number ofpanels. Experimental result of Greek passenger ship is compared with present result as well as Frank Close-Fit Method. Faculty of Mechanical Engineering, UTM 2003-06 Article PeerReviewed application/pdf en http://eprints.utm.my/12590/1/YeakSuHoe2003_SourceDistributionMethodandHydrodynamicsCoeficients.pdf Yeak, Su Hoe and Maimun, Adi (2003) Source distribution method and hydrodynamics coefficients of vessel. Jurnal Mekanikal, 15 . pp. 72-85. ISSN 0127-3396
spellingShingle QA Mathematics
TJ Mechanical engineering and machinery
Yeak, Su Hoe
Maimun, Adi
Source distribution method and hydrodynamics coefficients of vessel
title Source distribution method and hydrodynamics coefficients of vessel
title_full Source distribution method and hydrodynamics coefficients of vessel
title_fullStr Source distribution method and hydrodynamics coefficients of vessel
title_full_unstemmed Source distribution method and hydrodynamics coefficients of vessel
title_short Source distribution method and hydrodynamics coefficients of vessel
title_sort source distribution method and hydrodynamics coefficients of vessel
topic QA Mathematics
TJ Mechanical engineering and machinery
url http://eprints.utm.my/12590/1/YeakSuHoe2003_SourceDistributionMethodandHydrodynamicsCoeficients.pdf
work_keys_str_mv AT yeaksuhoe sourcedistributionmethodandhydrodynamicscoefficientsofvessel
AT maimunadi sourcedistributionmethodandhydrodynamicscoefficientsofvessel