Advanced Ocean Engineering : Concepts In Coastal Engineering And Their Applications To Multifarious Environments - Tomoya Shibayama

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Advanced Ocean Engineering

Concepts In Coastal Engineering And Their Applications To Multifarious Environments

By: Tomoya Shibayama

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Hardcover | 23 December 2008

At a Glance

Hardcover
228 Pages

Dimensions(cm)
23.4 x 15.4 x 2.1

Hardcover

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This book provides us with important concepts in coastal engineering, their applications to coastal processes and disaster prevention works. It is designed for graduate students pursuing advanced studies in coastal processes and for engineers and managers of coastal zone management. The first part describes basic concepts of coastal engineering, dealing mainly with wave-induced physical problems in the field of coastal engineering and hydraulics. The second part consists of the author's results of 30 years of scientific research on the progress of coastal sediment transport and coastal disasters. In terms of sediment transport study, the book covers not only coastal zones but also sediment production in river basins and river sediment transport to understand the present reasons for coastal erosion. A number of case studies for various countries around the world are given, and from the descriptions provided, it is possible to understand the different problems and challenges facing each country.

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Preface	p. v
Preface of Old Edition	p. vii
Introduction	p. 1
Three Examples of Japanese Experience of Coastal Environment Change Due to Construction Works	p. 3
Ookozu channel for flood control of the Shinano River	p. 3
Reclamation work in Tokyo Bay	p. 5
Coastal protection works in Suruga Bay	p. 8
General View of River Sediment Supply to Coastal Area over the World	p. 9
Review of Fundamental Fluid Mechanics	p. 13
Brief History of Fluid Mechanic	p. 13
Brief Review of Vector Analysis	p. 14
Introduction of vector and scalar operators	p. 14
The physical meaning of rotation	p. 15
Conservation Laws of Fluid Mechanics	p. 17
Mass conservation	p. 17
Momentum conservation	p. 19
Energy conservation	p. 23
Irrotational Flow of Inviscid Fluid	p. 24
Velocity potential	p. 24
Stream function	p. 25
Complex potential	p. 26
Basic Equations for Wave Motion (Linear Wave Theory)	p. 31
Basic Equations	p. 31
Linear Wave Theory	p. 35
Wave Induced Physical Phenomena	p. 43
Mass Transport Velocity	p. 43
The Bottom Boundary Layer	p. 46
Formulation	p. 46
Solution of the linearized boundary layer equation	p. 48
The bottom shear stress	p. 50
Wave Transformation	p. 53
Wave Shoaling	p. 53
Wave Breaking	p. 55
Wave Reflection and Transmission	p. 58
Wave Refraction	p. 58
Wave Diffraction	p. 62
Mild Slope Equation	p. 64
Wave Field Calculation by Boussinesq Equations	p. 66
Examination of Breaker Height Formula	p. 69
Introduction	p. 69
Existing breaker height formulas	p. 69
Energy Dissipation of Breaking Waves	p. 73
Energy dissipation for regular waves	p. 73
Energy dissipation for irregular waves	p. 75
Surfzone Dynamics	p. 83
General View of Surfzone Dynamics	p. 83
Numerical Model of Surfzone Velocity Field	p. 86
Hydrodynamic model	p. 86
Numerical formulation	p. 88
A Three-Dimensional Large Eddy Simulation	p. 91
Methodology	p. 91
Numerical results	p. 94
Wind Waves	p. 99
Wind Generated Waves	p. 99
Individual wave statistics	p. 100
Energy spectrum	p. 101
Wave Forecasting	p. 104
Wave Induced Currents	p. 109
Currents in Nearshore Field	p. 109
Radiation Stress	p. 110
The concept of radiation stress	p. 110
Wave set-up and set-down	p. 111
Nearshore Current System	p. 114
Longshore current velocity distribution	p. 114
Nearshore circulation	p. 116
Undertow Profile	p. 120
Governing equations	p. 120
Vertical distribution of shear stress and eddy viscosity coefficient	p. 120
Mean velocity	p. 121
Comparison with experiments	p. 122
Wave Forces on Structures	p. 125
Breakwater	p. 125
Forces on Cylinder	p. 127
Breaking Wave Pressure	p. 128
Breaking Impact Pressure on Vertical Breakwater	p. 133
Caisson Displacement	p. 137
Coastal Sediment Transport	p. 143
Sand Transport	p. 143
General description	p. 143
Cross-shore transport formula	p. 147
Longshore transport formula	p. 150
Initiation of sand transport	p. 151
Suspended sediment concentration in and outside the surf zone	p. 152
Modelling of Time-Dependent Sand Transport at the Bottom Boundary Layer	p. 157
The turbulent convection-diffusion equation for the sand concentration field	p. 157
Formulation of boundary conditions	p. 159
Sand concentration within the bottom boundary layer-comparison with laboratory data	p. 161
Mud Transport	p. 164
Mud behavior in coastal area	p. 164
Cross-shore mud transport and beach deformation	p. 167
Beach Erosion and Beach Accretion	p. 177
Cases in Developing Countries	p. 177
General trend-Japan model	p. 177
The case of Thailand	p. 179
The case of Vietnam	p. 179
Discussions	p. 182
Sediment Production in River Basin and River Sediment Transport to Coasts	p. 183
Introduction	p. 184
Methodology	p. 184
River profile change model	p. 187
Sediment transport	p. 190
Sediment evaluation	p. 192
Natural Disasters in Coastal Environment	p. 197
Storm Surge	p. 198
Basic mechanism	p. 198
Numerical simulation	p. 199
Tsunami	p. 200
Case Study, Indian Ocean Tsunami (2004)	p. 202
Surveys in Sri Lanka	p. 202
Surveys in Indonesia	p. 205
Tsunami disaster prevention	p. 205
Subject Index	p. 207
Author Index	p. 213
Table of Contents provided by Ingram. All Rights Reserved.

Advanced Ocean Engineering

Concepts In Coastal Engineering And Their Applications To Multifarious Environments

At a Glance

Hardcover

Shipping

How to return your order

Defective items

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