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中速三体船型PCC的可行性研究(英文)
引用本文:溝邊 辰大,二瓶 泰範,池田 良穗.中速三体船型PCC的可行性研究(英文)[J].船舶与海洋工程学报,2010,9(2):137-142.
作者姓名:溝邊 辰大  二瓶 泰範  池田 良穗
作者单位: 
摘    要:

关 键 词:止水  摩擦阻力  中速  性能  三体船  主船体  速度比  有效马力

A feasibility study on a new trimaran PCC in medium speed
Tatsuhiro?Mizobe,Yasunori?Nihei,Yoshiho?Ikeda.A feasibility study on a new trimaran PCC in medium speed[J].Journal of Marine Science and Application,2010,9(2):137-142.
Authors:Tatsuhiro Mizobe  Yasunori Nihei  Yoshiho Ikeda
Institution:Department of Marine System Engineering, Osaka Prefecture University, Sakai, 599-8531, Japan
Abstract:In the present paper, a new trimaran Pure Car Carrier (PCC) is proposed and a feasibility study on the ship is carried out. In this study, first, the effective horse power (EHP)/car of the PCC running in still water is predicted. By comparing the predicted EHP/car with that of a conventional mono-hull PCC, it is found that the trimaran PCC is superior to the conventional mono-hull PCC at rather higher speed. As ship speed increases, the reduction of the resistance of the trimaran is bigger. It is also found that at common service speed of PCCs, the EHP/car of a small PCC is lower than that of a conventional PCC. Secondly, the optimal L/B of a main-hull of the trimaran PCC in still water is determined. The optimal L/B of the main-hull varies with ship speed and size because the wave resistance decreases but the frictional resistance increases as L/B of the hull increases. As ship size increases, the optimal L/B of the main-hull of the trimaran PCC decreases.
Keywords:trimaran  Pure Car Carrier  EHP  drift angle  speed reduction
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