Scour in Erodible Rock I: The Erodibility Index

Scour in Erodible Rock II: Erosive Power at Bridge Piers

The Erodibility Index: Practical Aspects

Estimation of Bridge Pier Scour Using the Erodibility Index Method

Proposed Pier Scour Procedure for Rock Formations

Relation of Local Scour to Hydraulic Properties at Selected Bridges in New York

Effects of Flow Duration on Local Scour at Bridge Piers in New York

Relation of Local Scour to Hydraulic Properties at Selected Bridges in New York

Sizing Loose Dumped Rock Riprap: A Probability-Based Approach

Equivalencing Rock Riprap and Gabions for Stream Channel Protection

Rock Riprap for Grade Control

Best of Both Worlds
All around the Pacific Rim structural engineers are experimenting with concrete filled steel tubes as structural elements. The concrete filled tubes take advantage of the best properties...

Banking on Bioengineering
Geoenvironmental engineers have traditionally used riprap to protect streambanks and river banks from erosion. In recent years, however, river regulators, permitting agencies, and county...

Seismic Behavior of High-Strength Concrete Short Beams

Seismic Behavior of High-Strength Concrete Tied Columns

Applications of High Performance Concrete to the Prestessed Bridge Girder Industry

Seismic Behavior of Prestressed Concrete Beam-Column Joints

Fundamental Aspects of Mechanical Behaviour of HS/HPC: The European Approach

Finding the Right Bond
Professors and students from a Swiss university built a dual-span glass fiber reinforced polymer (FRP) bridge to gain a better understanding of how composite materials behave and how best...

Out-of-Plane Seismic Behavior of Brick Masonry Walls of Typical Turn-of-Century North American Residential Buildings





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