External Bracing
Structures: Museum Supported by 'Floating Box' Bracing System
Braced for the Future
Structures: Chinese TV Headquarters Will Feature Braced Continuous Tube Structure
Cross-Frame and Diaphragm Behavior in Skewed Bridges
The author examines the existing specifications and guidance for bracing provisions by AASHTO, AISC, and TxDot, and the need for developing bracing requirements....
Unbonded Brace Frames Debut at University of California
It's All in the Bracing
When the Massachusetts Bay Transportation Authority (MBTA) hired Weidlinger Associates Inc., Cambridge, Mass., to renovate the Aquarium Station stop along the subway system's...
Rationalizing the Practice of Strut Preloading for Braced Excavations
London Skyscraper to Feature External Bracing, Natural Ventilation
Jet Grouting: New Directions
This article looks at jet grouting in soft soils, especially applications involving pre-installed structural supports for cut and cover excavations. The author offers a question and answer...
Influence of Subsurface Details on Braced Excavations in Puerto Rico
Oregon Hospital Braces for Natural Disaster
Bracing Conditions Contributing to Structural Failures:Case Studies
Inadequate Temporary Bracing Causes Many Steel Structure Collapses During Erection
Effect of Cross Bracing on Seismic Performance of Steel I-Girder Bridges
Design and Construction of the Tension Braced Dome Roof Marine Midland Arena - Buffalo, New York
Braced for Failure (Available only in Structural Engineering Special Issue)
Investigations into the collapse of steel-framed structures often focus on minor, insignificant design flaws, only to ignore the real culprit: inadequate temporary bracing. The collapse...
Wind-Resistant Tie-Downs for Mobile Homes
Inelastic Response of Columns after Sudden Loss of Bracing
Computer-Aided Design of Braced Excavations
Return to search