EXAMPLES

Simple tests (beginners should start from here)

Note

Simple examples are included in the package of Version 3.1 or higher (click here to download from GitHub) .

• Waves on 1D Slope
  • Compile the code for 1D slope case
  • Basics for model setup
  • Regular wave
  • JONSWAP spectral waves
  • Solitary wave
• 2D Beach
  • Compile the code for 2D beach case
  • Basics for model setup
  • Regular wave 30 deg oblique incidence
  • Irregular wave 30 deg oblique incidence
  • More information
• Rip Current on 2D Beach
  • Compile the code for 2D beach case
  • Basics for model setup
  • Irregular wave normal incidence
• Inlet + Sandbar + Beach
  • Compile the code for inlet shoal case
  • Basics for model setup
  • Regular wave (baseline case)
  • Regular wave 30 deg oblique incidence
  • Irregular wave
  • Irregular waves with 30 deg oblique incidence
  • 30 deg irregular waves and an obstacle
  • 30 deg irregular waves, a submerged/emerged breakwater
  • 30 deg irregular waves, a submerged breakwater with partial reflection
• IG Wave Generation
  • IG wave generation with 2nd-order correction
  • Example of IG wave generation with two wave components
  • Example of IG wave generation from measured data
• Tohoku Tsunami
  • Compile the code for spherical case
  • Basics for model setup
  • Tohoku Low Resolution
• Ship-wakes
  • Compile the code for shipwake case
  • Two vessels with different speeds
  • Single Vessel in a Circular Basin
  • Interaction between wind waves and ship-wakes in an inlet system
• Ship-wakes + Sediment Transport
  • Compile the code for shipwake + sediment case
  • Single vessel + sediment (small domain for training session)
  • Single vessel + non-cohesive sediment
  • Single vessel + cohesive sediment
  • Multiple vessels-induced morphology changes
• Meteotsunami
  • Compile the code for meteotsunami case
  • Meteotsunami: Gausian pressure and flat bottom
• Sediment Transport in 2D rip channels
  • Compile the code for 2D beach case
  • Basics for model setup
  • Regular waves with normal incidence
• Lagrangian tracking in 2D rip channels
  • Compile the code for tracking
  • Basics for model setup
  • Regular waves with normal incidence
• Coupling grid A and B
  • Compile the code for tracking
  • Coupling procedure
  • GRID A (solitary wave case)
  • Make a coupling file
  • GRID B (solitary wave case)

Benchmarks

Some benchmarks can be downloaded from GitHub click here. We are going to upload more cases soon.

Recent USACE Applications

• Harbor resonance in St. George and St. Paul (USACE Alaska District)

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• Breakwater design for limiting runup and overtopping / inundation (USACE Baltimore District)

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• Vessel–generated waves and related sediment transport with morphology change (USACE Galveston District)