| 청구기호 |
GC227 |
| 형태사항 |
1 online resource (242 p.)
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| 언어 |
English |
| 일반주기 |
Description based upon print version of record.
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| 서지주기 |
References
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| 내용 |
Front Cover -- Science and Engineering of Freak Waves -- Copyright Page -- Contents -- List of contributors -- About the editors -- Preface -- 1 What is a rogue/freak wave? -- Introduction -- Ocean rogue wave observations -- Wave evolution in the ocean -- Causes of rogue waves -- Linear wave focusing -- Nonlinear wave focusing -- Bathymetry focusing -- Wave-current interaction -- Summary -- References -- 2 History of freak/rogue wave research -- Introduction -- The origin of its name -- Weak nonlinear process of the evolution of ocean waves
Marine accidents and reproductions of observed wave fields -- Impact of freak waves on offshore structures and ships -- Warning criteria -- What is relevant from an engineering perspective? -- References -- 3 Long-term in situ measurements of rogue waves -- Introduction -- Lagrangian measurements -- Eulerian measurements -- Discussion -- References -- 4 Measurements 2: space-time measurements of freak waves -- Introduction -- Description of freak waves in space and time -- Sensors for space-time measurements -- Stereo imaging -- Polarimetric imaging -- X-band radars
Space-time records with freak wave occurrence -- Conclusions -- References -- 5 Mechanism 1: nonlinear wave interactions -- Introduction -- Linear random wave theory -- Nonlinear random wave theory -- Unidirectional waves -- Multidirectional waves -- Nonlinear wave height statistics -- Discussion -- Summary -- References -- 6 Mechanism 2: crossing waves -- Introduction -- Phenomena and governing equations for describing crossing seas -- Second-order nonlinear interaction -- Third-order interactions -- Phase-resolving equations for describing crossing seas
Coupled nonlinear Schr�odinger equations -- Coupled Zakharov equations -- Energy-balanced equations for describing crossing seas -- Field and laboratory measurements -- Field measurements -- Laboratory experiments -- Rogue wave predictions in crossing wave fields -- Numerical simulations -- Energy-based equations and modeling of crossing seas -- Potential equations and their solutions -- Nonlinear wave statistics -- On wave height and wave crest distributions -- On skewness of surface elevation -- On kurtosis of surface elevation -- Perspectives -- References -- 7 Mechanism 3: Bathymetry effects
Introduction -- Nonlinear wave theory over uneven bottoms -- Unidirectional wave propagation -- Two-dimensional wave propagation -- Modeling and solutions -- Discussion -- Summary -- References -- 8 Prediction 1: short-term prediction of extreme waves -- Introduction -- Prediction with a nonlinear model -- The model -- Operational implementation -- Prediction with artificial intelligence approaches -- Machine learning models -- Artificial neural network -- Support vector machine -- Random forest -- Probability mapping -- Training, validation, and testing -- Applications -- Conclusion
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| 주제 |
Rogue waves.
Vagues sc�el�erates. --(CaQQLa)201-0436866
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| 보유판 및 특별호 저록 |
Print version: Mori, Nobuhito Science and Engineering of Freak Waves San Diego : Elsevier,c2023 9780323917360
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| ISBN |
9780323972154
0323972152
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