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Performance Analysis of the Fast Platform Supply Vessel with a Conventional V-Hull Shape with the Addition of a Chine and a Different Bow Using Computational Fluid Dynamics Method

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Published in:Mekanika
Format: Online Article RSS Article
Published: 2026
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spellingShingle Performance Analysis of the Fast Platform Supply Vessel with a Conventional V-Hull Shape with the Addition of a Chine and a Different Bow Using Computational Fluid Dynamics Method
Mechanical Engineering
General
Mechanical Engineering
sub_discipline_display General
sub_discipline_facet General
subject_display Mechanical Engineering
General
Mechanical Engineering
Mechanical Engineering
General
Mechanical Engineering
subject_facet Mechanical Engineering
General
Mechanical Engineering
title Performance Analysis of the Fast Platform Supply Vessel with a Conventional V-Hull Shape with the Addition of a Chine and a Different Bow Using Computational Fluid Dynamics Method
title_auth Performance Analysis of the Fast Platform Supply Vessel with a Conventional V-Hull Shape with the Addition of a Chine and a Different Bow Using Computational Fluid Dynamics Method
title_full Performance Analysis of the Fast Platform Supply Vessel with a Conventional V-Hull Shape with the Addition of a Chine and a Different Bow Using Computational Fluid Dynamics Method
title_fullStr Performance Analysis of the Fast Platform Supply Vessel with a Conventional V-Hull Shape with the Addition of a Chine and a Different Bow Using Computational Fluid Dynamics Method
title_full_unstemmed Performance Analysis of the Fast Platform Supply Vessel with a Conventional V-Hull Shape with the Addition of a Chine and a Different Bow Using Computational Fluid Dynamics Method
title_short Performance Analysis of the Fast Platform Supply Vessel with a Conventional V-Hull Shape with the Addition of a Chine and a Different Bow Using Computational Fluid Dynamics Method
title_sort performance analysis of the fast platform supply vessel with a conventional v-hull shape with the addition of a chine and a different bow using computational fluid dynamics method
topic Mechanical Engineering
General
Mechanical Engineering
url https://jurnal.uns.ac.id/mekanika/article/view/114601