An hierarchical approach to hull form design

M. Bole, B.S. Lee

Research output: Contribution to conferencePaper

Abstract

As ship design tools become more integrated and more advanced analysis tools are introduced, the ability to rapidly develop and modify hull forms becomes essential. Modern hull design applications give an experienced user the ability to create almost any shape of hull. However, the direct manipulation of hull surface representations is laborious and may limit the exploration of design concept to the fullest extent. Transformation of parent forms and parametric hull generation tools can provide a quick solution, but neither method is conducive for innovative design. A hull design tool is required that can integrate the separate techniques creating a fair hull form surface that can be modified easily throughout the design process. This paper explores the concept of separating the hull surface into global and local features by establishing a hierarchical definition structure and introduces some of the benefits of this approach.
LanguageEnglish
Number of pages10
Publication statusPublished - Jun 2003
EventNAV 2003 - Palermo, Italy
Duration: 24 Jun 200327 Jun 2003

Conference

ConferenceNAV 2003
CountryItaly
CityPalermo
Period24/06/0327/06/03

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Keywords

  • hierarchical approach
  • hull form
  • design

Cite this

Bole, M., & Lee, B. S. (2003). An hierarchical approach to hull form design. Paper presented at NAV 2003, Palermo, Italy.
Bole, M. ; Lee, B.S. / An hierarchical approach to hull form design. Paper presented at NAV 2003, Palermo, Italy.10 p.
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Bole, M & Lee, BS 2003, 'An hierarchical approach to hull form design' Paper presented at NAV 2003, Palermo, Italy, 24/06/03 - 27/06/03, .

An hierarchical approach to hull form design. / Bole, M.; Lee, B.S.

2003. Paper presented at NAV 2003, Palermo, Italy.

Research output: Contribution to conferencePaper

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AU - Bole, M.

AU - Lee, B.S.

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N2 - As ship design tools become more integrated and more advanced analysis tools are introduced, the ability to rapidly develop and modify hull forms becomes essential. Modern hull design applications give an experienced user the ability to create almost any shape of hull. However, the direct manipulation of hull surface representations is laborious and may limit the exploration of design concept to the fullest extent. Transformation of parent forms and parametric hull generation tools can provide a quick solution, but neither method is conducive for innovative design. A hull design tool is required that can integrate the separate techniques creating a fair hull form surface that can be modified easily throughout the design process. This paper explores the concept of separating the hull surface into global and local features by establishing a hierarchical definition structure and introduces some of the benefits of this approach.

AB - As ship design tools become more integrated and more advanced analysis tools are introduced, the ability to rapidly develop and modify hull forms becomes essential. Modern hull design applications give an experienced user the ability to create almost any shape of hull. However, the direct manipulation of hull surface representations is laborious and may limit the exploration of design concept to the fullest extent. Transformation of parent forms and parametric hull generation tools can provide a quick solution, but neither method is conducive for innovative design. A hull design tool is required that can integrate the separate techniques creating a fair hull form surface that can be modified easily throughout the design process. This paper explores the concept of separating the hull surface into global and local features by establishing a hierarchical definition structure and introduces some of the benefits of this approach.

KW - hierarchical approach

KW - hull form

KW - design

M3 - Paper

ER -

Bole M, Lee BS. An hierarchical approach to hull form design. 2003. Paper presented at NAV 2003, Palermo, Italy.