- 発売日：2025/04/12
- 出版社：理工図書株式会社
- ISBN：9784844609742
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- 発売日：2025/04/12
- 出版社：理工図書株式会社
- ISBN：9784844609742
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商品説明
『技術者のための海岸工学』（ISBN978-4-8446-0923-0）の増補英語版
This book is a technical reference for engineers, summarizing key points and covering a wide range of coastal engineering topics. Its features include:
(1) Incorporation of the latest research.
1) Wave estimation methods and existing open sources.
2) Estimating wave run-up heights and overtopping rates.
3) Damage reports from the 2004 Indian Ocean tsunami and the 2011 Tohoku tsunami.
4) Evaluation methods for predicting beach topographic changes due to large waves.
5) Mechanisms, prediction models, and countermeasures for backfill material outflows.
6) Causes and countermeasures of coastal erosion.
7) Calculation formulas for tsunami force and drift impact force.
8) Numerical models of tsunami inundation area changes.
9) Countermeasures against microplastics and debris.
10) Types of wave power generation and examples.
(2) A set of programs and manuals for the following numerical models for predicting wave-induced topographic changes will be provided
1) shoreline changes
2) beach change due to large waves
3) topographic changes due to tsunamis.
The book aims to be a useful resource for engineers and practitioners in coastal engineering.
This book is a technical reference for engineers, summarizing key points and covering a wide range of coastal engineering topics. Its features include:
(1) Incorporation of the latest research.
1) Wave estimation methods and existing open sources.
2) Estimating wave run-up heights and overtopping rates.
3) Damage reports from the 2004 Indian Ocean tsunami and the 2011 Tohoku tsunami.
4) Evaluation methods for predicting beach topographic changes due to large waves.
5) Mechanisms, prediction models, and countermeasures for backfill material outflows.
6) Causes and countermeasures of coastal erosion.
7) Calculation formulas for tsunami force and drift impact force.
8) Numerical models of tsunami inundation area changes.
9) Countermeasures against microplastics and debris.
10) Types of wave power generation and examples.
(2) A set of programs and manuals for the following numerical models for predicting wave-induced topographic changes will be provided
1) shoreline changes
2) beach change due to large waves
3) topographic changes due to tsunamis.
The book aims to be a useful resource for engineers and practitioners in coastal engineering.
目次
1. STATISTICAL PROPERTIES AND GENERATION MECHANISMS OF WAVES
1.1 Statistical Properties of Waves
1.2 Generation Mechanism of Sea Waves
2. WAVE THEORIES AND, PROPAGATION AND DEFORMATION
2.1 Small Amplitude Wave Theory
2.2 Finite Amplitude Wave Theory
2.3 Wave Propagation and Deformation
2.4 Numerical Models for Calculating Wave Fields
3. WAVE RUN-UP, WAVE OVERTOPPING AND WAVE FORCES
3.1 Wave Run-up and Wave Overtopping
3.2 Wave Forces
4. CURRENTS IN THE SEA
4.1 Nearshore Currents
4.2 Drift Currents
4.3 Ocean Currents
4.4 Tidal Currents
5. STORM SURGES AND TSUNAMIS
5.1 Storm Surges
5.2 Tsunamis
6. COASTAL TOPOGRAPHIC CHANGE
6.1 Beach Profile Change
6.2 Drifting Sand
6.3 Coastal Topographic Change Prediction Methods
6.4 Coastal Erosion
6.5 Scour and Sand Outflow
6.6 Wind-blown Sand
7. COASTAL PROTECTION AND VARIOUS OTHER STRUCTURES
7.1 Coastal Structures
7.2 Measures against Large Waves
7.3 Storm Surge Protection
7.4 Tsunami Protection
7.5 Performance-based Design and Reliability-based Design
8. ENVIRONMENTAL PROTECTION AND WAVE POWER GENERATION
8.1 Protection of Water Quality in Marine Areas
8.2 Marine Litter
8.3 Widespread Use of Wave Power
Appendix MANUALS OF NUMERICAL PREDICTION MODELS
1. Numerical Model for Shoreline Change Due to Waves
2. Numerical Model for Beach Change Due to High Waves
3. Numerical Model for Coastal Topographic Change Due to Tsunamis
SYMBOL LIST
TECHNICAL TERM LIST
1.1 Statistical Properties of Waves
1.2 Generation Mechanism of Sea Waves
2. WAVE THEORIES AND, PROPAGATION AND DEFORMATION
2.1 Small Amplitude Wave Theory
2.2 Finite Amplitude Wave Theory
2.3 Wave Propagation and Deformation
2.4 Numerical Models for Calculating Wave Fields
3. WAVE RUN-UP, WAVE OVERTOPPING AND WAVE FORCES
3.1 Wave Run-up and Wave Overtopping
3.2 Wave Forces
4. CURRENTS IN THE SEA
4.1 Nearshore Currents
4.2 Drift Currents
4.3 Ocean Currents
4.4 Tidal Currents
5. STORM SURGES AND TSUNAMIS
5.1 Storm Surges
5.2 Tsunamis
6. COASTAL TOPOGRAPHIC CHANGE
6.1 Beach Profile Change
6.2 Drifting Sand
6.3 Coastal Topographic Change Prediction Methods
6.4 Coastal Erosion
6.5 Scour and Sand Outflow
6.6 Wind-blown Sand
7. COASTAL PROTECTION AND VARIOUS OTHER STRUCTURES
7.1 Coastal Structures
7.2 Measures against Large Waves
7.3 Storm Surge Protection
7.4 Tsunami Protection
7.5 Performance-based Design and Reliability-based Design
8. ENVIRONMENTAL PROTECTION AND WAVE POWER GENERATION
8.1 Protection of Water Quality in Marine Areas
8.2 Marine Litter
8.3 Widespread Use of Wave Power
Appendix MANUALS OF NUMERICAL PREDICTION MODELS
1. Numerical Model for Shoreline Change Due to Waves
2. Numerical Model for Beach Change Due to High Waves
3. Numerical Model for Coastal Topographic Change Due to Tsunamis
SYMBOL LIST
TECHNICAL TERM LIST
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