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This reference for engineers, and graduate students covers sediment transport and morphodynamics modelling in nearshore environments. It presents the fundamentals required for understanding the physics and for setting up numerical models. This book covers hydrodynamics of estuarine and coastal environments, properties of seafloor and estuarine composition, and hydroenvironmental interactions; emphasising the inter-relations of small- and large-scale processes, and short- and large-evolution timescales. The focus is, principally, on the application of shallow-water theory, but some surface wave models, and coupling of shallow-water models with surface waves is also discussed to some extent. The guidance on running regional models and the case studies presented are directed to managed realignment, coastal protection, climate change impacts, and offshore renewables.
Key features:
Gives a balanced review of this rich interdisciplinary area
Bridges practical engineering and research
Offers both large- and small-scale application
Suits graduate students and researchers as well as consulting engineers
Vanesa Magar is a senior researcher and associate professor at the Centro de Investigación Científica y de Educación Superior de Ensenada (CICESE) in Baja California, Mexico. She was formerly a researcher and then a lecturer at Plymouth University, UK.
List of contents
1 Introduction 1
2 Fundamental Physics 19
3 Modelling Procedures 77
4 Future Modelling Applications 123
5 Epilogue 173
About the author
Vanesa Magar is a senior researcher and associate professor, at the Centro de Investigación Científica y de Educación Superior de Ensenada in Baja California, Mexico. She was formerly a researcher at Plymouth University, UK
Summary
This guide to sediment transport and morphodynamics modelling in nearshore environments covers hydrodynamics of estuarine and coastal environments, seafloor and estuarine composition, and hydro-environmental interactions; emphasising the inter-relations of small and large scale processes. For engineers and graduate students.
