A Large Spectrum Of Free Oscillations Of The World Ocean Including The Full Ocean Loading And Self-attraction Effects (hamburg Studies On Maritime Affairs)

The ocean tides are the most prominent forced oscillations in the global ocean. Recent research showed that tides play an important role for the earth's climate system and they are of considerable interest for the post-processing of satellite data. To understand these oscillations it is substantial to determine and analyse the free oscillations, which describe the oscillation behaviour of the global ocean. A highly efficient ocean model is developed to compute these free oscillations with explicit consideration of dissipative terms and the full ocean loading and self-attraction (LSA). The obtained spectrum of free oscillations enables e.g. an detailed analyses of the LSA effect on tides, the synthesis of tides by free oscillations and to show the existence of six long period planetary vorticity modes. In this book, data from a model ocean developed to compute free oscillations is used to analyze the LSA effect on tides and the synthesis of tides by free oscillation. It is also used to show the existence of six long-period planetary vorticity modes. Front Matter....Pages i-xiii Introduction....Pages 3-5 Theory and Model....Pages 7-22 The Free Oscillations....Pages 23-38 Synthesis of Forced Oscillations....Pages 39-71 Synthesis of Forced Oscillations....Pages 73-74 Back Matter....Pages 73-120 Introduction Theory and model The free oscillations Synthesis of forced oscillations Conclusion.