Charleston Harbor Ship Motion Data Collection and Squat Analysis
Map - chetn-ix-140002
Table 1. Ship Dimensions and Parameters (meters)
Figure 3. Comparison of CHL and NOAA wave parameters for Charleston Harbor in April 1999 (a) wave height, (b) wave period, and (c) wave direction
GLOBAL POSITIONING SYSTEM DATA COLLECTION
Table 2. GPS Antenna Locations
EMPIRICAL SQUAT EQUATIONS
EMPIRICAL SQUAT EQUATIONS (cont.)
DATA ANALYSIS - chetn-ix-140009
Figure 4. Comparison of measured water level with RMA10-2D predictions at Custom House location
OBSERVED AND PREDICTED SQUAT CALCULATIONS
Figure 5. Ship transit speeds
Figure 6. Bow antenna track
Figure 7. Cross sections as squat evaluation locations OJ, IJ, and RR
Figure 8. GPS antenna elevations
Table 3. GPS Receiver Elevations and Water-Surface Elevations (WSE)
Figure 9. Observed maximum squat
Figure 10. Observed versus Romisch squat
Table 5. Observed and Computed Squat
REFERENCES - chetn-ix-140020
chetn-ix-14
Map - chetn-ix-140002
Table 1. Ship Dimensions and Parameters (meters)
Figure 3. Comparison of CHL and NOAA wave parameters for Charleston Harbor in April 1999 (a) wave height, (b) wave period, and (c) wave direction
GLOBAL POSITIONING SYSTEM DATA COLLECTION
Table 2. GPS Antenna Locations
EMPIRICAL SQUAT EQUATIONS
EMPIRICAL SQUAT EQUATIONS (cont.)
DATA ANALYSIS - chetn-ix-140009
Figure 4. Comparison of measured water level with RMA10-2D predictions at Custom House location
OBSERVED AND PREDICTED SQUAT CALCULATIONS
Figure 5. Ship transit speeds
Figure 6. Bow antenna track
Figure 7. Cross sections as squat evaluation locations OJ, IJ, and RR
Figure 8. GPS antenna elevations
Table 3. GPS Receiver Elevations and Water-Surface Elevations (WSE)
Figure 9. Observed maximum squat
Figure 10. Observed versus Romisch squat
Table 5. Observed and Computed Squat
REFERENCES - chetn-ix-140020
chetn-ix-14
