Rehabilitation of the Packers Falls Bridge
The Packers Falls Bridge was constructed in 1912 and consists of a 42' (12.8m) single span, reinforced concrete arch structure. This bridge was constructed using a unique forming system...
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...
Composites Enhance Timber Bridges
Two relatively new technologies are available for reinforcing or strengthening timber bridges with fiber-reinforced polymers (FRPs). The first consists in reinforcing the tension side...
Mississippi State, West Point Win in Timber Bridge Contest
Water Quality: Wood Used to Contain Storm-Water Contaminants
Guidelines for Inspection and Monitoring of In-Service Penstocks
This volume provides a guide to information and engineering techniques for inspection and monitoring of in-service penstocks. This guide covers penstocks constructed of steel, concrete,...
New Bern Bypass
To alleviate congestion and offer tourists easier access to their destinations, the North Carolina Department of Transportation decided to reroute U.S. Route 17 out of the historic town...
Re-Creating the Rainbow Bridge
A team of American and Chinese experts constructed a pier-free arch bridge in China based only on a 12th century...
Timber Grid-Shell Project in Britain Uses Drop-In Method
Woodrow Wilson Bridge Costs Escalate
Supply of Large Woody Debris in a Stream Channel
Supply of Large Woody Debris in a Channel Network
Scour Monitoring of the Woodrow Wilson Bridge
Computer Model for Prediction of Scour at Bridges Affected by Large Woody Debris
Woodrow Wilson Bridge Design Chosen
Unique Glued Laminated Timber Roof Structures for the Lisbon Multi-Use Arena
Load and Resistance Factor Design (LRFD) for Wood from an Industry Perspective: How Loaded is It?
Where Can I Find Wood Load and Resistance Factor Design (LRFD) Instruction?
Bolt Bearing Behavior of Engineered Wood Composites
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