2. An Evaluation for Stern Forms by Means of Propeller Load Varying Test System
スポンサーリンク
概要
- 論文の詳細を見る
A new propulsion test method i,e., propeller load varying test system which is based on the theoretical consideration about hydrodynamic interaction problem has been developed in the Ship Research Institute. The propulsive performance factors of a ship are presented as the function of propeller thrust loading in this method. By making use of the interaction calculation of the proposed method, it is possible to estimate the propulsive performance before the tank test. Three model ships of stern form variation were designed. Applying the new method for the models, tank tests were performed. And the test results were examined by means of this test system. Effectiveness of the method is demonstrated in this report from view point of stern form improvement and detailed analysis of propulsive factors is also presented.
- 社団法人日本船舶海洋工学会の論文
著者
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Adachi Hiroyuki
Ship Research Institute
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Adachi Hiroyuki
Ship Propulsion Division Ship Research Institute
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UEDA Takayasu
Ship Propulsion Division, Ship Research Institute
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SUGAI Nobuo
Ship Propulsion Division, Ship Research Institute
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MORIYAMA Fumio
Ship Propulsion Division, Ship Research Institute
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Sugai Nobuo
Ship Propulsion Division Ship Research Institute
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Ueda Takayasu
Ship Propulsion Division Ship Research Institute
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Moriyama Fumio
Ship Propulsion Division Ship Research Institute
関連論文
- 4. On the Influence of Irregular Frequencies in the Integral Equation Solutions of the Time-Dependent Free Surface Problems
- 5. Study on Wave Analysis by Use of INUID Geosims
- 2. An Evaluation for Stern Forms by Means of Propeller Load Varying Test System
- 2. Resistance Reduction by Stern-End-Bulb
- 4. Some Application of the Wave Analysis on the Geosim-models and Their Actual Ship
- On Effective Wake : Consideration Based on the Propeller Load Varying Test Concept
- 1. On the Interference between Bow-generated Waves and Long Slender-ship at Low Froude-number
- 9. Study on the Equivalent Two-Dimensional Wing
- Comparison of Wake Distributions between Ship and Model