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- Title
An Optimization Study on the Hull Form and Stern Appendage for Improving Resistance Performance of a Coastal Fishing Vessel.
- Authors
Yu, Jin-Won; Lee, Min-Kyung; Kim, Yang-Ik; Suh, Sung-Bu; Lee, Inwon
- Abstract
Featured Application: Energy saving hull-form design for a fishing vessel. In response to the increasing number of free trade agreements (FTA) and the Trans-Pacific Partnership (TTP), it is necessary to develop next-generation fishing vessels for the littoral sea of the Republic of Korea. The main objectives of such fishing vessels are to enhance the comfort of the crew and to improve fuel efficiency under the newly established principal dimension. This paper employs the hull form variation method to obtain a series of forebody hull forms of the 19 gross tonnage class of a coastal composite fishing vessel. Chine breadth modification has been used for hull form variations. The objective function is the minimum value of wavemaking resistance. A parametric study was conducted to observe the effects of design parameters on the objective functions, and hull-form optimization was performed. In addition to the hull-form optimization, the effect of the stern flap was investigated in terms of both resistance and operational performances.
- Subjects
SOUTH Korea; TRANS-Pacific Partnership; FISHING; ENERGY consumption; COMMERCIAL treaties; FREE trade
- Publication
Applied Sciences (2076-3417), 2021, Vol 11, Issue 13, p6124
- ISSN
2076-3417
- Publication type
Article
- DOI
10.3390/app11136124