Mechanics Of Coastal Sediment Transport - Rigorous Guide for Modelers

Our review of Mechanics Of Coastal Sediment Transport finds it best suited to engineers and graduate students who already have a grounding in hydraulics and basic wave mechanics; the book tackles sediment transport with a focus on representing physical processes in mathematical models. The single biggest reason to buy is its rigorous presentation of hydrodynamic foundations that directly support sediment transport formulations, making it a practical reference for someone building or validating coastal transport models. This review highlights the book's scope, clarity for specialists, and where it fits on a technical bookshelf.

Key Features

• Comprehensive hydrodynamics: The first part reviews elementary water wave theory and boundary layer turbulence to provide the fluid mechanics needed for transport calculations.
• Turbulence and interaction: Dedicated chapters explain the turbulent wave boundary layer and the turbulent interactions between waves and currents that drive sediment movement.
• Surf zone coverage: The book treats surf zone hydrodynamics and wave driven currents so readers can handle inshore transport processes.
• Sediment transport modeling: The second part shows how to represent sediment transport and morphology in mathematical models, useful for model development and interpretation.
• Noncohesive sediment focus: Concentrating on noncohesive material simplifies application to many sandy coastal environments commonly studied in engineering.
• Independent reading: Can be read on its own by technically prepared readers, enabling focused study without a companion volume.

Who It's For

The book is aimed primarily at coastal and ocean engineers, researchers, and advanced students who need a detailed, physics-based treatment of sediment transport to support numerical modelling or field interpretation. Professionals constructing or evaluating coastal morphodynamic models will find the linkage between theory and transport representation particularly valuable.

It is not intended for casual readers or those without a background in hydraulics or basic wave mechanics; readers seeking a beginner introduction to coastal processes or a popular overview should look for more elementary texts that explain concepts with less mathematical depth.

Pros & Cons

Pros

• Thorough explanation of wave theory and boundary layer turbulence that underpins transport formulas.
• Clear focus on modelling, making it practical for engineers who must implement or validate sediment transport codes.
• Detailed surf zone treatment that addresses wave driven currents relevant to inshore morphology.

Cons

• Requires prior knowledge of hydraulics and wave mechanics, so it is not accessible to beginners.
• Concentrates on noncohesive sediment, so readers needing cohesive sediment processes will need additional sources.

Specifications

Title	Mechanics Of Coastal Sediment Transport
Series	Advanced Ocean Engineering
Author / Brand	Jrgen Fredse
Scope	Noncohesive sediment transport by waves and currents
Content split	Hydrodynamic theory; sediment transport and morphodynamics
Prerequisites	Background in hydraulics and basic wave mechanics

Our Verdict

Mechanics Of Coastal Sediment Transport is a strong, focused reference for engineers and advanced students who need the hydrodynamic foundations to build or assess sediment transport models. Its emphasis on turbulence, wave boundary layers, and surf zone processes makes it good value for technical readers, though novices should pair it with more introductory material.

Frequently Asked Questions

Does this book cover cohesive sediment?
The book focuses on noncohesive sediment; cohesive processes are not the main subject and require other references.

Is a mathematics background required?
Yes. A background in hydraulics and basic wave mechanics is required to follow the derivations and modelling material.

Can it be used for model development?
Yes. The text links physical processes to mathematical representations, useful for developing or validating coastal transport models.