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...

Concrete Connections
A new application of polymer composites involves the repair and rehabilitation of reinforced concrete frame connections. Test results from a pilot study conducted at the California State...

Unique Glued Laminated Timber Roof Structures for the Lisbon Multi-Use Arena

Bolt Bearing Behavior of Engineered Wood Composites

Probabilistic Nonlinear Computer Model for Reinforced Glulams

Reinforced Plastic Compatibility with Wood Composites

Repair of White Oak Glued-Laminated Beams

Fiber-Reinforced Polymer Reinforcements of Laminated Veneer Lumber: Bond Strength and Durability Issues

Failure of Composite Structures

Securing the Stone
To prevent spalling at edges on thin stone veneer, engineers who design stone cladding pay special attention to the connection details. Kerf clips, 100-150 mm long, that distribute load...

Two-Level Optimization Technique of Composite Laminate Plates by Genetic Algorithms

Timber Bridges in Southern Iowa

Case Histories — Fiber Reinforced Glulam Bridges

Monitoring of Timber Bridge Superstructures in Alabama

Study on Composite Panels Consisting of Cold-Formed Steel Channels and Plywood with Self-Drilling Screws

Hardwood Glued-Laminated Timber Bridges

GRP Prestressing of Wood Decks

Failure of Post-Buckled Thin-Walled Composite Columns

Field Performance of Stress-Laminated T and Box Beam Bridges

Dynamic Behavior of Glued Laminated Timber Girder Bridges





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