Chapter I - 1. Introduction Chapter I - 2. Coastal Diversity Chapter I - 3. History of Coastal Engineering Chapter I - 4. The Coastal Engineering Manual
Chapter II - 1: Water Wave Mechanics Chapter II - 2: Meteorology and Wave Climate Chapter II - 3: Estimation of Nearshore Waves Chapter II - 4: Surf Zone Hydrodynamics Chapter II - 5: Water Levels and Long Waves Chapter II - 6: Hydrodynamics of Tidal Inlets Chapter II - 7: Harbor Hydrodynamics Chapter II - 8: Hydrodynamic Analysis and Design Conditions
Chapter III - 1: Coastal Sediment Properties Chapter III - 2: Longshore Sediment Transport Chapter III - 3: Cross-Shore Sediment Transport Processes Chapter III - 4: Wind-Blown Sediment Transport Chapter III - 5: Erosion, Transport, and Deposition of Cohesive Sediments Chapter III - 6: Sediment Transport Outside the Surf Zone
Chapter IV - 1: Coastal Terminology and Geologic Environments Chapter IV - 2: Coastal Classification and Morphology Chapter IV - 3: Coastal Morphodynamics
Chapter V - 1: Planning and Design Process Chapter V - 2: Site Characterization Chapter V - 3: Shore Protection Projects Chapter V - 4: Beach Fill Design Chapter V - 5: Navigation Projects Chapter V - 6: Sediment Management at Inlets / Harbors Chapter V - 7: Coastal Engineering for Environmental Enhancement Chapter V - 8: The Federal Government Role in Hazard Mitigation
Chapter VI - 1: Introduction to Coastal Project Element Design Chapter VI - 2: Types and Functions of Coastal Structures Chapter VI - 3: Site Specific Design Conditions Chapter VI - 4: Materials and Construction Aspects Chapter VI - 5: Fundamentals of Design - Part 1 Chapter VI - 5: Fundamentals of Design - Part 2 Chapter VI - 5: Fundamentals of Design - Part 3 Chapter VI - 6: Reliability in Design Chapter VI - 7: Design of Specific Project Elements - Case Studies Chapter VI - 8: Monitoring, Maintenance and Repair of Coastal Projects
Electronic classroom on ocean wave theory (with animations)