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Structural Steel and Steel/Concrete Interface Details for Bridges

P. Ritchie / N. Kauhl / J. Kulicki

This report summarizes the research conducted under Task 112-D-5,4, 'Structural Steel and Steel/Concrete Interface Details'. The objective of this task is to assess the seismic performance of details associated with steel bridge towers extending from a massive concrete substructure to the superstructure. Issues addressed include: Identifying the most ductile cross-sections; Investigating the application of eccentrically braced frames; Exploring details to replace buckled plates or shapes following an earthquake; Investigating anchor bolt performance under lateral and uplift loads; Developing economical moment connection details between steel superstructures and concrete substructures.

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Structural Steel and Steel/Concrete Interface Details for Bridges

P. Ritchie / N. Kauhl / J. Kulicki

This report summarizes the research conducted under Task 112-D-5,4, 'Structural Steel and Steel/Concrete Interface Details'. The objective of this task is to assess the seismic performance of details associated with steel bridge towers extending from a massive concrete substructure to the superstructure. Issues addressed include: Identifying the most ductile cross-sections; Investigating the application of eccentrically braced frames; Exploring details to replace buckled plates or shapes following an earthquake; Investigating anchor bolt performance under lateral and uplift loads; Developing economical moment connection details between steel superstructures and concrete substructures.

Structural Steel and Steel/Concrete Interface Details for Bridges

P. Ritchie / N. Kauhl / J. Kulicki

This report summarizes the research conducted under Task 112-D-5,4, 'Structural Steel and Steel/Concrete Interface Details'. The objective of this task is to assess the seismic performance of details associated with steel bridge towers extending from a massive concrete substructure to the superstructure. Issues addressed include: Identifying the most ductile cross-sections; Investigating the application of eccentrically braced frames; Exploring details to replace buckled plates or shapes following an earthquake; Investigating anchor bolt performance under lateral and uplift loads; Developing economical moment connection details between steel superstructures and concrete substructures.

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Title:

Structural Steel and Steel/Concrete Interface Details for Bridges

Contributors:

P. Ritchie (author) / N. Kauhl (author) / J. Kulicki (author)

Publication date:

1998

Size:

88 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Highway Engineering , Structural Analyses , Bridges(Structures) , Earthquake engineering , Structural steels , Interfaces , Seismic design , Retrofitting , Damping , Lateral pressure , California , Ductility

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