Bow Thruster가 있는 POD 추진 크루즈선의 Crabbing 시험
On the Crabbing Tests of Cruise Vessel Equipped with Bow Thrusters and POD System
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참고문헌
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초록
International Towing Tank Conference (ITTC) recommended verifying a ship’s ability to move transversely at zero forward speed without altering heading by a crabbing test. In sea trial, all available propellers/rudders/thrusters should be used to find the maximum possible transverse speed. For estimating crabbing ability in the design stage, tests to estimate possible swaying force and yawing moment range using all available propellers/rudders/thrusters are conducted. By butterfly diagram, which compares possible swaying force and yawing moment range with external swaying force and yawing moment by wind, a ship’s crabbing ability can be estimated. In this study, model tests of a cruise vessel equipped with bow thrusters and POD system were conducted to find out her crabbing ability in the design stage. To mimic quay condition, a model quay-wall was set in the towing tank.
Abstract
International Towing Tank Conference (ITTC) recommended verifying a ship’s ability to move transversely at zero forward speed without altering heading by a crabbing test. In sea trial, all available propellers/rudders/thrusters should be used to find the maximum possible transverse speed. For estimating crabbing ability in the design stage, tests to estimate possible swaying force and yawing moment range using all available propellers/rudders/thrusters are conducted. By butterfly diagram, which compares possible swaying force and yawing moment range with external swaying force and yawing moment by wind, a ship’s crabbing ability can be estimated. In this study, model tests of a cruise vessel equipped with bow thrusters and POD system were conducted to find out her crabbing ability in the design stage. To mimic quay condition, a model quay-wall was set in the towing tank.
참고문헌 (3)
- Brix, J. E., "Manoeuvring Technical Manual", pp.11~ (1992), Seehafen Verlag
- 신현경, "3m Ferry 모형선의 Crabbing 시험", 대한조선학회 논문집, 41(1), pp.40~46 (2004), 대한조선학회
- Development of Safety Technology for Next-generation Value-added Ships(1stStepReport), "Youn, Y.", Ministry of Commerce, Industry and Energy Technical, 489~493 (2010)
