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© 2002; 2006
U.S. Army Corps of Engineers
Description: Includes the basic principles of coastal processes, methods for computing coastal planning and design parameters, and guidance on how to formulate and conduct studies in support of coastal flooding, shore protection, and navigation projects.
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Front Matter
Text
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Table of Contents
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Part I.
I-1. Introduction
I-2. Coastal Diversity
I-3. History of Coastal Engineering
I-4. The Coastal Engineering Manual
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Part II.
II-1. Water Wave Mechanics
II-2. Meteorology and Wave Climate
II-3. Estimation of Nearshore Waves
II-4. Surf Zone Hydrodynamics
II-5. Water Levels and Long Waves
II-6. Hydrodynamics of Tidal Inlets
II-7. Harbor Hydrodynamics
II-8. Hydrodynamic Analysis and Design Conditions
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Part III.
III-1. Coastal Sediment Properties
III-2. Longshore Sediment Transport
III-3. Cross-shore Sediment Transport Processes
III-4. Wind-blown Sediment Transport
III-5. Erosion, Transport, and Deposition of Cohesive Sediments
III-6. Sediment Transport Outside the Surf Zone
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Part IV.
IV-1. Coastal Terminology and Geologic Environments
IV-2. Coastal Classification and Morphology
IV-3. Coastal Morphodynamics
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Part V.
V-1. Planning and Design Process
V-2. Site Characterization
V-3. Shore Protection Projects
V-4. Beach Fill Design
V-5. Navigation Projects
V-6. Sediment Management at Inlets
V-7. Coastal Engineering for Environmental Enhancement
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Part VI.
VI-1. Introduction to Coastal Project Element Design
VI-2. Types and Functions of Coastal Structures
VI-3. Site Specific Design Conditions
VI-4. Materials and Construction Aspects
VI-5. Fundamentals of Design
VI-6. Reliability Based Design of Coastal Structures
VI-7. Example Problems
VI-8. Monitoring, Maintenance, and Repair of Coastal Projects
Appendix A: Glossary of Coastal Terminology
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A-1. Glossary
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A-2. Sources
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A-3. Acknowledgments
