Paper Title:

Resistance and Strength Analysis of Three Hulls with Different Knuckles

Periodical Advanced Materials Research (Volumes 779 - 780)
Main Theme Materials, Transportation and Environmental Engineering
Chapter Chapter 2: Traffic and Transportation Engineering, Civil and Mechanical Engineering
Edited by Jimmy (C.M.) Kao, Wen-Pei Sung and Ran Chen
Pages 615-618
DOI 10.4028/www.scientific.net/AMR.779-780.615
Citation Ya Nan Li et al., 2013, Advanced Materials Research, 779-780, 615
Online since September 2013
Authors Ya Nan Li, Jun Wei Zhou, Da Zheng Wang, Yong Gang Cui
Keywords FRP Fishing Vessel, Knuckle, Resistance, Strength
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Three FRP fishing vessel hulls with different knuckles, the two knuckles ship, the round bilge ship and the single knuckle ship (hereinafter using abbreviation the TKS, the RBS, and the SKS, respectively), are studied to reduce resistance and enhance strength. Here the TKS is a variation design from the RBS. And the knuckles on the hull were designed paralleled with the streamlines of the hull surface of the RBS at the design speed, and the SKS is applied as the comparison ship. The resistance of the three hulls is predicted using the CFD software FLOW-3D, at the same time, the midship section modulus of the three hulls is calculated in this paper. It shows that the resistance of the TKS is slightly lower than that of the RBS at the design speed, and about 50% lower than that of the SKS. On the other side, the strength of the TKS increased about 15% than the RBS, and 6.9% than the SKS.

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