Plate girder bridge design: Difference between revisions
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Revision as of 06:32, 5 February 2009
Topics
Structural Theory
Basics
Determinate statics
Indeterminate statics
Stability
Dynamics
Mathematics
Structural Design
Materials
Design codes
Elements of design
Seismic design
Geotechnical design
Material Specific Design
Steel design
Concrete design
Masonry design
Timber design
Structural Systems Design
Conceptual Design
Building Design
Bridge Design
Component design
Anchor rod design
Bearing design
Cable design
Cross frame design
Expansion joint design
Pile and pile group design
Abutment design
Other
Software
Drawings
Inspection
Low energy buildings
Sustainable design
Non-destructive evaluation
Painting
Structural health monitoring
Surveying
History
People
Technology
Smart structures
Loads
Design methods
(e)
Plate girder bridges typically consist of web and flange plates welded together.
History
Fabrication
Erection
Design
Template:Plate Girder Bridge Design
| Topics e | |
| Prerequisites | Mathematics |
| Theories | Plasticity |
| Analysis | Traditional analysis methods · Computational analysis methods · Stability · Dynamics |
| Design | Materials · Design codes · Seismic · Geotechnical · Fatigue |
| Materials | Steel · Concrete · Prestressed concrete · Masonry · Timber · Composites |
| Structural Systems | Conceptual design · Buildings · Bridges |
| Structural Components | Abutment · Anchor rod · Bearing · Cable · Cross frame · Expansion joint · Pile and pile group · Pier · Splice · Stiffener |
| Miscellaneous | Software · Drawings · Inspection · Low energy buildings · Sustainable design · Non-destructive evaluation · Painting · Structural health monitoring · Surveying · History · People · Technology · Smart structures · Loads · Design methods |