9. Experimental Study on the Probalility of Capsizing of a Fishing Vessel in Beam Irregular Waves
スポンサーリンク
概要
- 論文の詳細を見る
It is clear that capsizing in rough seas is probabilistic phenomenon. But the probabilistic treatment by theoretical consideration only is very difficult. So, in this study, the probability of capsizing in short term sea condition is examined by experiments. In the first, the definition of capsizing probability is made and the distribution function of the time to capsizing (t_c) is assumed to become Gamma distribution. This can be obtained by the analogy of the failure of mechanical system. And the next, capsizing experiments are conducted and the above assumption is confirmed. Some examples of the probability of capsizing are obtained as shown in Fig. 14. This probability is also shown by using the Weibull distribution. At the same time it is shown that those parameters representing Gamma distribution have closer relation to the significant wave height (H_<l/3>) and metacentric height (GM) or dynamical stability (D_<st>) as shown in Fig. 10.
- 社団法人日本船舶海洋工学会の論文
著者
関連論文
- Keel Influence on the Added Wave Resistance for Yachts
- 6. Towed Ship Motion Test in Directional Spectrum Waves in a Long Tank (Part 2)
- 5. Towed Ship Motion Test in Directional Spectrum Waves in a Long Tank (Part 1)
- Improved Measuring Method for Added Wave Resistance of a Yawed and Heeled Sailing Yacht Model
- 6. A Practical Calculation Method of a Moored Semi-Submersible Rig Motion in Waves : On the Effects of Moored Water Depth and Mooring Systems
- 2003A-GS2-3 Wave-Field-Detection by the Marine Radar on a Small Ship
- 9. Experimental Study on the Probalility of Capsizing of a Fishing Vessel in Beam Irregular Waves
- Evaluation of Marine Wave Radar (Part II) - Wave Parameters from Radar Images -
- Evaluation of Marine Wave Radar(Part I) : Fundamental Considerations and Numerical Generation of Radar Image
- Basic Study of Enhanced Weight Stabilizer (EWS)
- Basic Study of Enhanced Weight Stabilizer (EWS)
- 1 Single View Distance Measurement System for a floating body on the free surface
- 2008E-G3-7 Directional movement control of an Autonomous Underwater Vehicle (AUV) using Neural Network controller-Basic Study
- 2006A-G7-6 Computer Vision Application to Evaluate the AUV Depth near the Free Surface
- 2003S-OS1-3 Numerical Simulation Applied to Real-time Ocean Wave Analysis : Wave Radar
- Estimation of the Motions of Semisubmersibles in Combined Heel and Trim Condition by the Application of Boundary Element Method
- Model Tests of New Type of Anchors in Centrifuge using Wireless Smart Sensors Networks