Steel, Concrete, and Wood Bridges: Fid-Bau Portal

Steel, Concrete, and Wood Bridges

;Contents: Load Rating and Ultimate Capacity Evaluation of Compact Steel Girder Bridges; Span Capability of Noncompact Composite Steel Bridge Beams; Experimental Verification of Load and Resistance Factor Inelastic Design Limits; Applications of High-Strength Concrete to Long-Span Prestressed Bridge Girders; Dynamic Vehicle Loading on a Slab Bridge Using Multiple Actuators; Seismic Retrofitting of Bridge Substructures; Identification of Railway Bridges Using Traffic-Induced Vibrations; Dynamic Modeling of Bridges: Observations from Field Testing; Dynamic Load Spectra for Girder Bridges; Effect of Varying Foundation Stiffness on Seismically Induced Loads in Bridge Bents: A Sensitivity Study; Guide Specification Strength Capacity Rating of Existing Girder Bridges; Controlled Load Tests on a Four-Girder Steel Bridge; Field Study on Longitudinal Movements in Composite Bridges; Issues in Rating Steel-Stringer Bridges; Systematic Evaluation of Structural Deterioration in Underwater Bridge Substructures; Creep Analysis of Hybrid Integral Bridges; Field Evaluation of Concrete Bridge Decks Reinforced with Epoxy-Coated Steel in Indiana; Analysis of In-Service Jointless Bridges; Computationally Efficient Method for Inclusion of Nonprismatic Member Properties in a Practical Bridge Analysis Procedure; Twenty-Five-Year Performance History of Interlayer Membranes on Bridge Decks in Kansas; and Behavior of a Red Oak Stress-Laminated Bridge in Rhode Island.