| Treatment of Hydrodynamic Loading for Random Sea State |
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| 作者单位： | Anjan Sarkar，Suhail Ahmad and T. K. Datta M. Tech. Student
Assistant Professor，Department of Applied Mechanics Professor，Department of Civil Engineering，Indian Institute of Technology - Delhi，New Delhi-110 016，Indian |
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| 摘 要： | - In order to employ cost effective frequency domain analysis for off-shore structures treatment of hydrodynamic loading is essential. Drag and inertia dominated, resonating and antiresonating cases under random sea states are analyzed to highlight the implications and relative merits of four salient linearization techniques.
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Treatment of Hydrodynamic Loading for Random Sea State |
| |
| Authors: | Anjan Sarkar Suhail Ahmad and T K Datta M Tech Student
Assistant Professor |
| |
| Institution: | Anjan Sarkar,Suhail Ahmad and T. K. Datta M. Tech. Student
Assistant Professor,Department of Applied Mechanics Professor,Department of Civil Engineering,Indian Institute of Technology - Delhi,New Delhi-110 016,Indian |
| |
| Abstract: | - In order to employ cost effective frequency domain analysis for off-shore structures treatment of hydrodynamic loading is essential. Drag and inertia dominated, resonating and antiresonating cases under random sea states are analyzed to highlight the implications and relative merits of four salient linearization techniques. |
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| Keywords: | random sea hydrodynamic load drag linearisation |
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