Manual.v5.16
manual.v5.16
manual.v5.16
manual.v5.16
User Manual: Pdf
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Page Count: 361 [warning: Documents this large are best viewed by clicking the View PDF Link!]
- Introduction
- Governing equations
- Introduction
- Propagation
- Source terms
- General concepts
- Snl: Discrete Interaction Approximation (DIA)
- Snl: Full Boltzmann Integral (WRT)
- Snl: Generalized Multiple DIA (GMD)
- Snl: Two-Scale Approximation (TSA)
- Snl: Nonlinear Filter
- Sin + Sds: WAM cycle 3
- Sin + Sds: Tolman and Chalikov 1996
- Sin + Sds: WAM cycle 4 (ECWAM)
- Sin + Sds: Ardhuin et al. 2010
- Sin + Sds: Zieger et al. 2015
- Sln: Cavaleri and Malanotte-Rizzoli 1981
- Sbot: JONSWAP bottom friction
- Sbot: SHOWEX bottom friction
- Smud: Dissipation by viscous mud (D&L)
- Smud: Dissipation by viscous mud (Ng)
- Sdb: Battjes and Janssen 1978
- Str: Triad nonlinear interactions (LTA)
- Sbs: Bottom scattering
- Source terms for wave-ice interactions
- Sice: Damping by sea ice (simple)
- Sice: Damping by sea ice (generalization of Liu et al.)
- Sice: Damping by sea ice (Shen et al.)
- Sice: Frequency-dependent damping by sea ice
- Sis: Diffusive scattering by sea ice (simple)
- Sis: Floe-size dependent scattering and dissipation
- Sref: Energy reflection at shorelines and icebergs
- Second-order spectrum and free infragravity waves
- Sxx: User defined
- Air-sea processes
- Output parameters
- Numerical approaches
- Spectral discretization
- Splitting of the wave action equation
- Depth variations in time
- Spatial propagation
- General concepts
- Traditional regular grids
- First-order scheme
- Second-order scheme (UNO)
- Third-order scheme (UQ)
- Curvilinear grids
- Triangular unstructured grids
- Spherical Multiple-Cell (SMC) grid
- The Garden Sprinkler Effect
- No GSE alleviation
- Booij and Holthuijsen 1987
- Spatial averaging
- Unresolved obstacles
- Continuously moving grids
- General concepts
- Rotated grids
- Intra-spectral propagation
- Non-ice source term integration
- Ice source terms integration
- Simple ice blocking (IC0)
- Winds and currents
- Use of tidal analysis
- Wave crest and height space-time extremes
- Spectral partitioning
- Spatial and temporal tracking of wave systems
- Nesting
- Wave Model Structure and Data Flow
- Program design
- The wave model routines
- The data assimilation interface
- Auxiliary programs
- General concepts
- The grid preprocessor
- The initial conditions program
- The boundary conditions program
- The NetCDF boundary conditions program
- The input field preprocessor
- The NetCDF input field preprocessor
- The tide prediction program
- The generic shell
- Automated grid splitting for ww3_multi (ww3_gspl)
- The multi-grid shell
- Grid Integration
- Gridded output post-processor
- Gridded NetCDF output post-processor
- Gridded output post-processor for GrADS
- Gridded GRIB output post-processor
- Point output post-processor
- Point output NetCDF post-processor
- Point output post-processor for GrADS
- Track output post-processor
- Spatial and temporal tracking of wave systems
- Installing, Compiling and Running the wave model
- System documentation
- References
- Managing multiple model versions
- Setting model time steps
- Setting up nested runs
- Setting up for distributed machines (MPI)
- Mosaic approach with non-regular grids
- Ocean-Waves-Atmosphere coupling with OASIS