James R. Libby
Abstract
FABRICATION, HANDLING, AND TEMPORARY CONSTRUCTION LOADS, AS WELL AS THE STRUCTURAL REQUIREMENTS FOR SHEAR AND FLEXURE, INFLUENCE LONG-SPAN PRECAST PRESTRESSED GIRDER DIMENSIONS AND DETAILS. AN ANALYSIS OF THE DISTRIBUTION OF WHEEL LOADS TO GIRDERS IS PRESENTED. VARIOUS TYPES OF ERECTION PROCEDURES ARE DESCRIBED. /JPCI/
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FABRICATION, HANDLING, AND TEMPORARY CONSTRUCTION LOADS, AS WELL AS THE STRUCTURAL REQUIREMENTS FOR SHEAR AND FLEXURE, INFLUENCE LONG-SPAN PRECAST PRESTRESSED GIRDER DIMENSIONS AND DETAILS. AN ANALYSIS OF THE DISTRIBUTION OF WHEEL LOADS TO GIRDERS IS PRESENTED. VARIOUS TYPES OF ERECTION PROCEDURES ARE DESCRIBED. /JPCI/
Key concepts: Precast concrete, Girder, Structural engineering, Span (engineering), Prestressed concrete, Engineering, Shear (geology), Geology