How to Use CGWAVE with SMS: An Example for Tedious Creek Small Craft Harbor
Figure 1. Example of a CGWAVE model domain
STWAVE vs. CGWAVE
Figure 2. Registering image of Tedious Creek, MD
Figure 3. Scatter data points representing bathymetric survey locations for Tedious Creek
Figure 4. Single point coordinate conversion
Conceptualize Study Area
Figure 5. CGWAVE model boundary for Tedious Creek, MD
GENERATE FINITE ELEMENT MESH
Figure 6. Creating a wavelength function for a wave period of 6 sec
Figure 7. Create size function using data calculator
Figure 8. Defining attributes for polygon representing ocean material type
Figure 9. Assigning unique reflection coefficients to public piers
Create Mesh
a. CGWAVE mesh and bathymetry in vicinity of public piers
Figure 11. Schematic of existing breakwater configuration (121.9-m (400-ft) gap) versus red outline of authorized breakwater alignment (91.4-m (300-ft) gap) with respect to channel outline
ERDC MSRC Resources
POST-PROCESS RESULTS
REFERENCES - chetn-i-680019
chetn-i-68
Figure 1. Example of a CGWAVE model domain
STWAVE vs. CGWAVE
Figure 2. Registering image of Tedious Creek, MD
Figure 3. Scatter data points representing bathymetric survey locations for Tedious Creek
Figure 4. Single point coordinate conversion
Conceptualize Study Area
Figure 5. CGWAVE model boundary for Tedious Creek, MD
GENERATE FINITE ELEMENT MESH
Figure 6. Creating a wavelength function for a wave period of 6 sec
Figure 7. Create size function using data calculator
Figure 8. Defining attributes for polygon representing ocean material type
Figure 9. Assigning unique reflection coefficients to public piers
Create Mesh
a. CGWAVE mesh and bathymetry in vicinity of public piers
Figure 11. Schematic of existing breakwater configuration (121.9-m (400-ft) gap) versus red outline of authorized breakwater alignment (91.4-m (300-ft) gap) with respect to channel outline
ERDC MSRC Resources
POST-PROCESS RESULTS
REFERENCES - chetn-i-680019
chetn-i-68
