LNG Tank Sloshing
Assessment Methodology—The New Generation |
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241 |
J. F. Kuo,
R. B. Campbell, Z. Ding, S. M. Hoie, A. J. Rinehart, R. E. Sandström, T. W.
Yung, M. N. Greer and M. A. Danaczko |
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Reliability-based
Methodology for Sloshing Assessment of Membrane LNG Vessels |
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254 |
Eric
Gervaise, Pierre-Emmanuel de Sèze and Stéphane Maillard |
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LNG Sloshing:
Characteristics and Scaling Laws |
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264 |
T.-W.
Yung, Z. Ding, H. He and R. E. Sandström |
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Influence of DR
Between Liquid and Gas on Sloshing Model Test Results |
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271 |
S.
Maillard and L. Brosset |
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Influence of Raised Invar
Edges on Sloshing Impact Pressures |
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280 |
H. He, J.
F. Kuo, A. J. Rinehart and T. W. Yung |
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Simulation of Liquid
Sloshing in Model LNG Tank Using Smoothed Particle Hydrodynamics |
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286 |
Murray
Rudman, Paul W. Cleary and Mahesh Prakash |
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Validation Studies of
Panel-Free Method for Wave-Body Interaction Analysis |
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295 |
Hongxuan
(Heather) Peng, Wei Qiu and Don Spencer |
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Wave Impact Pressure
Calculations by Improved SPH Methods |
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300 |
Abbas
Khayyer and Hitoshi Gotoh |
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A Hybrid LS and VOF Method
for 3-D Simulation of Wave Breaking and Overtopping |
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308 |
Xin Lv,
Qingping Zou and Dominic Reeve |
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Dynamic Response of an
Ice-Covered Fluid to a Submerged Impulsive Point Source |
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317 |
Victor M.
Kozin and Alexandra V. Pogorelova |
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