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Transverse Cracking in Concrete Bridge Decks
Cyclic Testing of SteelLatticed Members for the
Large Studs for Composite Action in Steel Bridge Girders
5 other sections not shown
abutment analysis method analytical model angle approach slabs axle axle load bearings behavior bridge deck capacity compression concrete deck connections construction cycles damage deck joints deck plate deck slab deflections developed displacement distribution factors dynamic earthquake effects elastic end span Engineering evaluation expansion joints experimental fatigue flange flexural floor beams force GDFs highway bridges impact impact factor inelastic jointless bridges kips linear linear elastic live load locations longitudinal maximum MBEJ measured midspan nonlinear orthotropic decks parameters percent performance placement predicted prestressed concrete prestressed girders procedure pushover analysis response retrofit ribs rotation seismic seismic analysis seismic retrofit shear design shear reinforcement shear strength shear stress shown in Figure shrinkage specimens steel girder bridges strain strain gauges stress range stringers Structural Journal structure studs superload superstructure surface tensile tensile stresses test results tion transverse cracking truck truckload truss ultimate strength values vertical Washington welded WSDOT