CoastalCodeBook
  1. About the Codebook
  2. Notebook overview
  • Introduction
  • About the Codebook
    • Introduction
    • Course structure
    • Notebook overview
    • Acknowledgements
  • Usage
    • Installation Guide
    • Getting Started
    • Troubleshooting
    • Building the book
  • Week 1
    • 1a: Tectonic classification
    • 1b: Process-based coastal classification
  • Week 2
    • 2a: Pre-knowledge waves
    • 2b: Wave dispersion and grouping
    • 2c: Generation of the tide
    • 2d: Tidal constituents
  • Week 3
    • 3a: Tidal Environments
    • 3b: Wave asymmetry and skewness
    • 3c: Radiation stresses and wave forces
  • Week 4
    • 4a: Bound long waves
    • 4b: Shallow-water Tides
  • Week 5
    • 5: Coastal Classification and Beach States
  • Week 6
    • 6: Cross-shore transport
  • Week 7
    • 7: Alongshore transport
  • Week 8
    • 8a: Escoffier curve
    • 8b: Tide-induced residual transport (Van de Kreeke and Robaczewska)
    • 8c: Equilibrium concentration versus lag effects
    • 8d: Interventions and natural changes
  1. About the Codebook
  2. Notebook overview

Notebook overview

The Coastal Codebook consists of a series of Jupyter notebooks, supplementing the Coastal Dynamics Open Textbook. Below you will find an overview of all notebooks.

Topics per notebook

Name Topic
1a_tectonic_classification on tectonic classification of coasts
1b_process-based_classification on process-based classification of coast
2a_pre_knowledge_waves to test your knowledge on the dispersion relationship, not needed if you master your Waves course material
2b_wave_dispersion_and_grouping practice a bit more with wave dispersion and study wave grouping (largely known from Waves, repeated in this week’s lectures)
2c_generation_tide a review of the origin of the tide (differential pull of the sun and moon) as discussed in this week’s reading material and lectures, handy if you find this a difficult topic
2d_tidal_constituents to get to know the tide, tidal propagation and tidal constituents
3a_tidal_environments discover the four different tidal environments
3b_wave_asymmetry_and_skewness recreate the figures in the book about skewed and asymmetric waves
3c_radiation_stresses_and_wave_forces cross-shore distribution of cross-shore and alongshore wave forces
4a_bound_long_wave understand the generation mechanism of the bound long wave
4b_shallow_water_tides discover overtides and compound tides in shallow water and learn about tidal analysis and prediction
5_coastal_classification_and_beach_states on process-based classification and beach states for Brazilian beaches
6_cross_shore_transport on cross-shore sediment transport using velocity moments and shape functions
7_alongshore_transport on alongshore sediment transport featuring the CERC formula, \((S-\phi)\)-curves and coastline modeling
8a_escoffier_curve learn about inlet stability with the aid of the Escoffier curve
8b_kreeke_robaczewska investigate tide-induced residual sediment transport following Van de Kreeke and Robaczewska
8c_equilibrium_concentration get to know the difference between the equilibrium and lagged response of suspended sediment
8d_interventions explore various interventions and (human-induced) changes in tidal inlet/basin systems
Course structure
Acknowledgements