A Mode-Expansion Method for Predicting Hydroelastic Behavior of a Shallow-Draft VLFS (Englisch)
- Neue Suche nach: Kashiwagi, M.
- Neue Suche nach: Furukawa, C.
- Neue Suche nach: ASME; Offshore Mechanics and Arctic Engineering Division
- Neue Suche nach: Society of Naval Architects of Japan
- Neue Suche nach: Kashiwagi, M.
- Neue Suche nach: Furukawa, C.
- Neue Suche nach: Ohkawa, Y.
- Neue Suche nach: ASME; Offshore Mechanics and Arctic Engineering Division
- Neue Suche nach: Society of Naval Architects of Japan
In:
Vol 6; Ocean space utilization
6
;
179-186
;
1997
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ISBN:
- Aufsatz (Konferenz) / Print
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Titel:A Mode-Expansion Method for Predicting Hydroelastic Behavior of a Shallow-Draft VLFS
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Beteiligte:Kashiwagi, M. ( Autor:in ) / Furukawa, C. ( Autor:in ) / Ohkawa, Y. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan
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Kongress:Symposium, Vol 6; Ocean space utilization ; 1997 ; Yokohama; Japan
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Erschienen in:Vol 6; Ocean space utilization , 6 ; 179-186
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Verlag:
- Neue Suche nach: ASME
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Erscheinungsdatum:01.01.1997
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Format / Umfang:8 pages
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ISBN:
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Medientyp:Aufsatz (Konferenz)
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Format:Print
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Sprache:Englisch
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Schlagwörter:
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Datenquelle:
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Inhaltsverzeichnis Konferenzband
Die Inhaltsverzeichnisse werden automatisch erzeugt und basieren auf den im Index des TIB-Portals verfügbaren Einzelnachweisen der enthaltenen Beiträge. Die Anzeige der Inhaltsverzeichnisse kann daher unvollständig oder lückenhaft sein.
- 1
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Mega-Float: A Possibility of Future Offshore AirportsKikutake, T. / Okamura, H. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 5
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Towing Experiment of Box-Shaped Floating Structure With Shallow DraftHara, S. / Yamakawa, K. / Kokubun, K. / Iwai, M. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 15
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An Experimental Investigation of Required Constraining Forces When Connecting Floating Units During Temporary FixingOkubo, H. / Sekita, K. / Hara, S. / Nakano, S. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 23
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On Site Trial of Mechanized Wet Welding for a "Mega-Float"Kitamura, N. / Tohno, K. / Nishida, K. / Irie, T. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 31
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An Ecohydrodynamic Model for Environmental Assessment of a Mega-Float in a BayKyozuka, Y. / Hu, C. / Hasemi, H. / Nakagawa, H. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 39
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A Basic Study on the Environmental Assessment of Coastal Area Mega-Float Structures by Two Dimensional Tidal AnalysisKobayashi, E. / Kyozuka, Y. / Hikai, A. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 47
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Measurement of Marine Environment Around Mega-Float Model in Tokyo BayFujino, M. / Kyozuka, Y. / Tabeta, S. / Ohkawa, Y. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 55
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Environmental Conditions of the Large-Scale Experiment of a Mega-Float StructureKobayashi, K. / Ohkawa, Y. / Kodan, N. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 63
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Data Acquisition System for the Field Test of Mega-Float StructureKodan, N. / Ohkawa, Y. / Futami, Y. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 69
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Development of an Offshore Type Submersible Platform for MaricultureOkamoto, M. / Takatsu, N. / Koterayama, W. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 77
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Global Static Analysis System for Mega-FloatInoue, K. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 85
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Damage Analysis of Super Large Floating Structure Mega-Float in Engine Nacelle CollisionMuragishi, O. / Sano, A. / Yoshikawa, T. / Taniguchi, T. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 91
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Underwater Inspection ROV System for the Bottom Appearance of Mega-FloatYuasa, H. / Iyama, T. / Harada, H. / Hirai, Y. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 99
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A Practical Method of Hydroelastic Analysis of a Very Large Floating Structure in Head SeasYamashita, S. / Harada, T. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 107
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Dynamic Response Analysis of Very Large Floating Structures in Waves Using One-Dimensional Finite Element ModelFujikubo, M. / Yao, T. / Oida, H. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 115
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An Analysis of the Hydroelastic Behavior of Large Floating StructuresYoon, J. D. / Sim, I. H. / Choi, H. S. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 123
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Experimental Modal Analyisis of Large Floating Structures Subjected to Sea WavesEndo, R. / Imai, T. / Kawakami, Y. / Kato, T. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 131
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Structural Response and Design of Large Scale Floating StructureSuzuki, H. / Yasuzawa, Y. / Fujikubo, M. / Okada, S. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 139
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Hydrodynamic and Hydroelastic Analyses of Very Large Floating Structures in WavesIijima, K. / Yoshida, K. / Suzuki, H. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 147
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Motion Response of a Mat-Like Floating Structure in WavesTakaki, M. / Gu, X. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 155
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Characteristics of Wave Dissipation Due to the Elastic Membrane on Water SurfaceChou, C.-R. / Fang, H.-M. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 163
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The Analysis of the Wave-Induced Responses of an Elastic Floating PlateNagata, S. / Yoshida, H. / Fujita, T. / Isshiki, H. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 171
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Hydrodynamic and Hydroelastic Analyses of a Very Large Floating Structure in WavesMurai, M. / Zhu, T. / Kagemoto, H. / Fujino, M. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 179
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A Mode-Expansion Method for Predicting Hydroelastic Behavior of a Shallow-Draft VLFSKashiwagi, M. / Furukawa, C. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 187
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Dynamic Response of a Large Flexible Floating Structure in Regular WavesYasuzawa, Y. / Kagawa, K. / Kawano, D. / Kitabayashi, K. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 195
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Hybrid Dynamic Analysis of Large Tension Leg Floating Structures Using Brick ElementsHamamoto, T. / Suzuki, A. / Fujita, K. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 203
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BE-FE Combined Method for Analysis on the Dynamic Response of Large-Scale Floating Structure to Random WavesLiu, X. / Sakai, S. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 211
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Hydroelastic Responses of Two Types of Very Large Floating StructuresMa, N. / Hirayama, T. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 219
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Hydraulic Experiments on Dynamic Response of Moored Floating Structure Under TsunamiMiyazaki, T. / Masuda, K. / Takamura, H. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 227
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Wind Loads Acting on Very Large Floating StructuresKitamura, F. / Sato, H. / Shimada, K. / Mikami, T. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 233
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Slamming Load Acting on a Very Large Floating StructureYoshimoto, H. / Ohmatsu, S. / Hoshino, K. / Ikebuchi, T. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 241
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An Experimental Investigation of Wave Loads on a Mat-Like Floating Structure in Waves With Short LengthYamashita, S. / Ito, A. / Kabaya, T. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 249
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Strength Evaluation of Mega-Float by Reliability AnalysisKawamura, A. / Tozawa, S. / Shirakihara, H. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 257
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A Method for Dynamical Response and Reliability Analysis of Marine Space Structures Based on Numerical SimulationTsubogo, T. / George, T. / Okada, H. / Murotsu, Y. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 265
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A Progressive Collapse Simulation of Multiple Point Mooring Dolphin System of VLFS in WavesSaito, M. / Kato, S. / Ando, H. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 271
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Long-Term Prediction of the Wave Load for VLFSEndo, H. / Yago, K. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 281
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Corrosion Protection of Splash Zone of Mega-Float by Lining of Titanium Clad SteelOkada, M. / Yamada, M. / Matsuoka, K. / Ohyagi, R. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997
- 285
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Application of the Corrosion Resistant Clad Steel Plates for the Hull Structures of the Huge FloatingHonda, M. / Hattori, T. / Okumura, T. / Okada, M. / ASME; Offshore Mechanics and Arctic Engineering Division / Society of Naval Architects of Japan et al. | 1997