A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Structural Evaluation of Bridges for Overload Conditions
This research focused on developing a pre-processor (data generator) and a post-processor for an existing computer program, SLAB49, for the analysis of integral grid-beam systems. The pre- and post-processors were specialized for four widely used bridge classes: (1) steel beam and slab section, (2) prestressed girder and slab section, (3) slab section with or without integral curbs, and (4) simple span pan-formed sections. Regularly skewed bridges may also be considered. The pre-processor takes simplified inputs with regard to bridge type, geometry, and loading and provides automatically the more detailed information required by the parent program. The pre-processor accesses data bases containing bridge class information and overload configurations.
Structural Evaluation of Bridges for Overload Conditions
This research focused on developing a pre-processor (data generator) and a post-processor for an existing computer program, SLAB49, for the analysis of integral grid-beam systems. The pre- and post-processors were specialized for four widely used bridge classes: (1) steel beam and slab section, (2) prestressed girder and slab section, (3) slab section with or without integral curbs, and (4) simple span pan-formed sections. Regularly skewed bridges may also be considered. The pre-processor takes simplified inputs with regard to bridge type, geometry, and loading and provides automatically the more detailed information required by the parent program. The pre-processor accesses data bases containing bridge class information and overload configurations.
Structural Evaluation of Bridges for Overload Conditions
R. E. Cornwell (author) / R. W. Stolleis (author) / C. P. Johnson (author)
1983
273 pages
Report
No indication
English
Highway Engineering , Structural analysis , Loading , Bridges(Structures) , Prestressed concrete , Steel construction , Concrete slabs , Beams(Supports) , Girder bridges , Evaluation , Stresses , Stiffness , Skew bridges , Girders , Computer programs , Subroutines , SLBDG4 computer program , Overloading
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