Equilibrium Scour Depth at Tidal Inlets - cetn-iv-180001
Equilibrium Scour Depth at Tidal Inlets - cetn-iv-180002
MEASUREMENTS - cetn-iv-180003
Figure 1. Field data from two dual-jettied inlets - cetn-iv-180004
APPLICATION OF THE EQUILIBRIUM DISCHARGE DEPTH RELATIONSHIP
Figure 2. Equilibrium depth as a function of equilibrium discharge - cetn-iv-180006
Figure 3. Equilibrium depth as a function of maximum mean velocity - cetn-iv-180007
Example 1: Scour at Ventura Harbor, California - cetn-iv-180008
Example 2: Freshwater Discharge - cetn-iv-180009
Example 3: Nonquartz Sediment - cetn-iv-180010
REFERENCES - cetn-iv-180011
cetn-iv-18
Equilibrium Scour Depth at Tidal Inlets - cetn-iv-180002
MEASUREMENTS - cetn-iv-180003
Figure 1. Field data from two dual-jettied inlets - cetn-iv-180004
APPLICATION OF THE EQUILIBRIUM DISCHARGE DEPTH RELATIONSHIP
Figure 2. Equilibrium depth as a function of equilibrium discharge - cetn-iv-180006
Figure 3. Equilibrium depth as a function of maximum mean velocity - cetn-iv-180007
Example 1: Scour at Ventura Harbor, California - cetn-iv-180008
Example 2: Freshwater Discharge - cetn-iv-180009
Example 3: Nonquartz Sediment - cetn-iv-180010
REFERENCES - cetn-iv-180011
cetn-iv-18
