Introduction to Evaluating Scour at Bridges
History of Bridge Scour Research and Evaluations in the United States
Stream Stability and Scour Training in Support of the NBIS
A Simplified Method for Estimating Total Streambed Scour at Bridges in Illinois
Training for Bridge Inspectors in Stream Stability and Scour
Scour Analysis for Bridges over Missouri and Mississippi Rivers
Gravel Mining Impacts on San Benito River, California
Supply of Large Woody Debris in a Channel Network
Relationship Between Scour Depth and Bend Radius of Curvature on the Red River
Geomorphic and Hydraulic Factors Affecting Stream Stability at New York Thruway Bridges
Engineering Geomorphology
Bank Stability Analyses Verses Field Observations
Stream Bank Erosion: Application of the Erodibility Index Method
Use of Geomorphic Data for Assessing Stream Stability at Bridge Structures
Comparison of Erosion and Channel Characteristics
Quantitative Techniques for Stream Stability Analysis
Vorticity Distribution of Horseshoe Vortex on Scoured Bed
Three-Dimensional Hydraulic Analysis for Calculation of Scour at Bridge Piers with Fender Systems
Experiments on Flow Upstream of a Cylinder
Evaluation of Recent Field and Laboratory Research on Scour at Bridge Piers in Coarse Bed Materials
Return to search