Experimental Study on High Speed Hydrofoil Assistance Catamaran

碩士 === 國立臺灣大學 === 造船及海洋工程學研究所 === 89 === Model test systems for a high speed catamaran are developed, those include the measurements of the resistance, trim, heave, foil lift and stern bottom pressure. The bare model resistance tests for the demi-hull and catamaran are run first with the volume frou...

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Main Authors: wu chiahsien, 伍家賢
Other Authors: 黃正利
Format: Others
Language:zh-TW
Published: 2000
Online Access:http://ndltd.ncl.edu.tw/handle/37186388658310177480
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spelling ndltd-TW-089NTU003450012016-07-04T04:17:04Z http://ndltd.ncl.edu.tw/handle/37186388658310177480 Experimental Study on High Speed Hydrofoil Assistance Catamaran 升力翼輔助之高速雙體船阻力性能試驗研究 wu chiahsien 伍家賢 碩士 國立臺灣大學 造船及海洋工程學研究所 89 Model test systems for a high speed catamaran are developed, those include the measurements of the resistance, trim, heave, foil lift and stern bottom pressure. The bare model resistance tests for the demi-hull and catamaran are run first with the volume froude number (Fn▽) from 0.40 to 3.0 to get the basic resistance character. Secondly, the interceptor and stern flap effects on the attitude and resistance of demi-hull are studied by series tests. Finally, the main foil, interceptor, and stern flap effects on the attitude and resistance of the catamaran are also carried out. Experimental results present the following important conclusions: (1)The main foil develop a major lifting force to lift the craft and reduce the wetted surface area and frictional resistance. (2)The interceptor and stern flap develop high pressures around stern bottom part and a favorable running trim is created to reduce the residual resistance. (3)The combination of the main foil and the interceptor or stern flap is a good design concept to improve the resistance performance of semi-displacement CAT. (4)The test results show that the performance of the designed CAT is above average. 黃正利 蔡進發 2000 學位論文 ; thesis 104 zh-TW
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description 碩士 === 國立臺灣大學 === 造船及海洋工程學研究所 === 89 === Model test systems for a high speed catamaran are developed, those include the measurements of the resistance, trim, heave, foil lift and stern bottom pressure. The bare model resistance tests for the demi-hull and catamaran are run first with the volume froude number (Fn▽) from 0.40 to 3.0 to get the basic resistance character. Secondly, the interceptor and stern flap effects on the attitude and resistance of demi-hull are studied by series tests. Finally, the main foil, interceptor, and stern flap effects on the attitude and resistance of the catamaran are also carried out. Experimental results present the following important conclusions: (1)The main foil develop a major lifting force to lift the craft and reduce the wetted surface area and frictional resistance. (2)The interceptor and stern flap develop high pressures around stern bottom part and a favorable running trim is created to reduce the residual resistance. (3)The combination of the main foil and the interceptor or stern flap is a good design concept to improve the resistance performance of semi-displacement CAT. (4)The test results show that the performance of the designed CAT is above average.
author2 黃正利
author_facet 黃正利
wu chiahsien
伍家賢
author wu chiahsien
伍家賢
spellingShingle wu chiahsien
伍家賢
Experimental Study on High Speed Hydrofoil Assistance Catamaran
author_sort wu chiahsien
title Experimental Study on High Speed Hydrofoil Assistance Catamaran
title_short Experimental Study on High Speed Hydrofoil Assistance Catamaran
title_full Experimental Study on High Speed Hydrofoil Assistance Catamaran
title_fullStr Experimental Study on High Speed Hydrofoil Assistance Catamaran
title_full_unstemmed Experimental Study on High Speed Hydrofoil Assistance Catamaran
title_sort experimental study on high speed hydrofoil assistance catamaran
publishDate 2000
url http://ndltd.ncl.edu.tw/handle/37186388658310177480
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AT wǔjiāxián experimentalstudyonhighspeedhydrofoilassistancecatamaran
AT wuchiahsien shēnglìyìfǔzhùzhīgāosùshuāngtǐchuánzǔlìxìngnéngshìyànyánjiū
AT wǔjiāxián shēnglìyìfǔzhùzhīgāosùshuāngtǐchuánzǔlìxìngnéngshìyànyánjiū
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