Bridge Foundation Stiffness Identification Using Static Field Measurements

Bridge Foundation Stiffness Identification Using Dynamic Field Measurements

A History of Deep Foundations in New York City, Could We Build It Now?

Replacing a Bridge Adjacent to a Deep-Seated Sinkhole in Glacial Deposits

Excavations in San Francisco Bay Mud: Design for Deformation Control

Analysis, Design, Construction, and Testing of Deep Foundations
This proceedings, Analysis, Design, Construction, and Testing of Deep Foundations, consists of papers presented at the OTRC `99 Conference...

Urban Runoff Toxicity
Toxicity is controlled by the magnitude/concentration of the contaminant produced in an exposure, the duration of the exposure, and the frequency with which exposures are repeated. When...

Sizing Up Seismic Bearings
Today in the U.S., there are two general technologies available to protect new and existing bridges from the damaging effects of earthquakes. One type, seismic isolation bearings, provide...

Catch the Wind
Wind turbines can now produce energy that is cost-competitive with other, more conventional power generation methods. The increased efficiency is due in part to the turbines'...

Bridge Seismic Retrofits in Seattle

Pavement Damage Due to Liquefaction

Geotechnical Aspects of Foundation Design and Construction for Pipelines Buried in Liquefiable Riverbed

Foundation Design for the Elevated Station at Amundsen-Scott South Pole Station

Evaluation of Helical Piers in Frozen Ground

Design and Construction of Water Storage Tanks on Warm Permafrost in Rural Alaska

Rigid Insulation to Reduce Foundation Embedment

Helical Piling Foundations in Juneau, Alaska

Development of Design and Construction Techniques for Deep Foundations of Large Bridges: The Russian Experience

The First Two Platforms with Suction Pile Foundations Subjected to Sea Ice Forces in the Bohai Sea

Analyses of Ice-Induced Vibration and Estimation of Soil Softening under Vibration of a Suction Foundation Platform





Return to search