Determining Contraction Scour

Scour Monitoring at Johns Pass and Nassau Sound, Florida
Scour monitoring instruments were installed on two bridges spanning tidal inlets in Florida as part of a research project to develop scour instrumentation. Previous prototype installations...

An Engineering Analysis of Sedimentation in Tidal Inlets

A Tidal Inlet Bridge Scour Assessment Model

Applicability of Scour Equations in Tidal Areas
Bridge scour and waterway instability in the coastal region where waterways are subjected to tidal flow can be subjected to mass density stratification, water salinity, sedimentation...

Physical and Computational Modeling of Bridge Scour at Oregon Inlet, North Carolina

Indian River Inlet: Is There a Solution?

Modification of Neill's Equation for Tidal Flow Analysis

Bridge Scour Analysis in Tidal Waterways

Sensitivity of Currents and Water Elevations in Tidal Waters to Storm Surge Parameters

The Effects of Tidal Inlet Instability on Bridge Scour

Equivalencing Rock Riprap and Gabions for Stream Channel Protection

Drop Structures in the Real World Guidelines for Drop Structures in Grass Lined and Wetlands Channels

Reach-Average Dimensions for Channel Reconstruction

Hurricane Impacts and Shoreline Recovery along Masonboro Island, North Carolina

Transport of Mixed Size Sediments in a Tidal Channel

The Importance of Inlet Littoral Budget Variability

Inlet Impacts and Families of Solutions for Inlet Sediment Budgets

Coastal Impacts of the Pensacola Pass Entrance, Florida, U.S.A.

Observing Changes in an Ebb-Tidal Shoal

 

 

 

 

Return to search