PART I FUNDAMENTALS. Basic Formulation of Sea Waves. Introduction. Regular wave theory. Description of random waves. Wave Interactions with Structures and Hydrodynamic Forces. Introduction. Boundary-value problems on wave interaction with body. Numerical analysis on the wave boundary-value problems. Analysis for large bodies. Wave forces on small bodies. Wave transformation through permeable structures. Vortex flow and fluid force. Generation of wave impact load. Waves, Wave-Induced Currents and Sediment Transport. Introduction. Fluid motion and bottom shear stress in wave-current coexisting system. Sediment movement and beach deformation. Formulation of sediment transport rate. Prediction of wave transformation and wave-induced current. Prediction of topographic change caused by non-equilibrium suspended sediment transport.PART II APPLICATIONS. Structures for Wave Control. Wave control mechanism. Rubble mound breakwaters. Composite breakwaters. Submerged breakwaters with a wide crown width (artificial reef). Low reflection structures. Curtain-wall type breakwater. Floating breakwater. Membrane structures. Structure for Controlling Sediment Movement. Basic concept and structure for controlling sediment movement. Beach deformation control by offshore detached breakwaters. Control of beach deformation using groin. Control of beach deformation by submerged breakwater and artificial reef. Control of beach deformation by sea dike of gentle slope. Artificial beach nourishment. Protection works against shoaling in harbors and navigation channels. Structure for processing river mouth. Marine Structures for Ocean Space Utilization. Introduction. Offshore structures. Piled pier structures. Oil booms and silt curtains. Harbour Tranquility. Workable limit of a harbor. Numerical methods for the prediction of a wave field in a h
The science and technology of coastal and ocean engineering are closely related to harbour and fishery engineering, because they share a common basic knowledge. However, whereas various publications of coastal engineering, harbour engineering, and ocean engineering have described just the knowledge in their own respective fields, an interrelated and systematic presentation linking them together has yet to be attempted. This book is the first attempt to systematically combine the fields of coastal, ocean, harbour, and fishery engineering from an engineering viewpoint backed by hydrodynamics. Understanding the interaction of waves with structures and sediment, and predicting the associated responses of interest, underlie nearly every problem in coastal and ocean engineering. This is precisely the goal of this book.
Although primarily intended for use as a special textbook for graduate students and senior practising engineers, it is hoped that this book will also serve as a useful reference and assist in the further development of this field. With these objectives in mind, each chapter deals with important problems to be solved in the near future. The references included in each chapter should aid students and practising engineers in further broadening their knowledge.
This book is the English translation of the original Japanese version published in May, 1991, commemorating the author's retirement from Osaka University. ``Elsevier will be named copyright holder of the English translated publication of the Work. This grant by Gihodo Publishers Ltd. (GP) only pertains to the English language version of the Work and no other rights, except to publish the Work in the English language, are granted to Elsevier Science (ES) by GP, which is acknowledged by ES to be the original copyright holder in the Work.''
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- © Elsevier Science 1995
- 11th April 1995
- Elsevier Science
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Osaka University, Department of Civil Engineering, Osaka, Japan