Statnamic Tests for Six Long Rock Socketed Shafts

Case History of Ground Improvement for Construction and Hydrotesting of a Large LNG Tank in Puerto Rico

Rock Foundations for Route 33 Bridge over the Lehigh River

Side Shear of Large Diameter Drilled Shafts in Weathered Geomaterials

A Case Study of Ground Improvement for a Major Power Plant in Jacksonville, Florida

High Performance Dampers for Bridges
A multi-disciplinary research study investigates the use of shape memory alloys as seismic dampers in bridges. Shape memory alloys are a class of alloys that display several unique characteristics,...

Structural Lumber from Small-Diameter Western U.S. Softwood Trees
The purpose of this study was to determine the mechanical properties, and corresponding economic value, of dimension lumber produced from selected over-stocked forest stands of small-diameter...

Small-Diameter Round Timber Connections
An over stocking of trees having diameters less than 20 cm, as measured 1.52 m off the ground presents a major fire hazard to over 54 million acres of National Forest land. Improving the...

Development and Validation of Mechanistic Coefficients for Flexible Pavement Structures Designed by AASHTO Guide

International Journal of Geomechanics
The International Journal of Geomechanics (IJOG) focuses on geomechanics with emphasis on theoretical aspects, including computational and analytical methods and related validations. Applications of interdisciplinary...

Moment Resisting Steel Frames—Background to Present Problems

Scenic-Bridge Strengthening (Available in Structural Engineering Special Issue only)
Built in 1937, California's Big Creek Bridge—a double-arch crossing with half-arch side spans—was due for a seismic retrofit. Challenged by the structure's unique...

The Determination of Soil Strength for a Stability Analysis

Side Shear and End Bearing in Rock Sockets for Drilled Shafts

Stability of the Confederate Memorial Carving: Stone Mountain Georgia

On the Erodibility of Rock and Other Earth Materials

Preliminary Assessment of Local Scour Potential at Bridge Piers Founded on Rock

Scour in Erodible Rock I: The Erodibility Index

Scour in Erodible Rock II: Erosive Power at Bridge Piers

The Erodibility Index: Practical Aspects

 

 

 

 

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