Types of Bridges
Types Of Bridges is a structured engineering dataset with 12 entries. Its fields include Type, Mechanism, Max Span. The source values are preserved as a structured reference table.
Every row is shown below and is also available as CSV, JSON, or Excel.
Dataset details
- Table scope
- All 12 rows
- Fields
- 6 columns
- Source
- Not provided
- Data updated
- Not provided
Included fields: Type, Mechanism, Max Span, Material, Famous Example, and 1 more.
The table contains every record in this dataset; the same records are available in each download format.
Preview observations
- Max Span groups
- 10 distinct values
- Across 12 preview rows
- Material groups
- 10 distinct values
- Across 12 preview rows
Useful for
- Comparing Type, Mechanism, and Max Span across engineering entries
- Building reference tables, charts, or analyses from 12 downloadable records
Type↕ | Mechanism↕ | Max Span↕ | Material↕ | Famous Example↕ | Known For↕ |
|---|---|---|---|---|---|
Beam Bridge | Horizontal beam supported at each end | ~75 m | Steel, concrete, wood | Lake Pontchartrain Causeway, USA | Simplest and most common bridge type |
Truss Bridge | Connected triangular elements distributing load | ~150 m | Steel, iron | Quebec Bridge, Canada | Efficient use of materials through triangulated structure |
Arch Bridge | Curved structure transferring weight to abutments | ~550 m | Stone, concrete, steel | Pont du Gard, France | One of the oldest bridge designs, extremely durable |
Suspension Bridge | Deck hung from cables on tall towers | ~2,000 m | Steel cables and towers | Golden Gate Bridge, USA | Spanning the longest distances with elegant profiles |
Cable-Stayed Bridge | Cables run directly from towers to deck | ~1,100 m | Steel, concrete | Millau Viaduct, France | Modern aesthetic with efficient cable geometry |
Cantilever Bridge | Structures anchored at one end, projecting horizontally | ~550 m | Steel, concrete | Forth Bridge, Scotland | Self-supporting during construction without falsework |
Tied-Arch Bridge | Arch with tie at deck level to resist horizontal thrust | ~300 m | Steel | Sydney Harbour Bridge, Australia | Combining arch strength without needing massive abutments |
Movable Bridge (Bascule) | Deck lifts or swings to allow water traffic | ~60 m per leaf | Steel | Tower Bridge, London | Opening for ships while carrying road traffic |
Pontoon Bridge | Floating platforms supporting a roadway | ~2,300 m | Concrete pontoons, steel | Evergreen Point Bridge, USA | Crossing deep water where piers are impractical |
Box Girder Bridge | Hollow box-shaped cross-section resisting torsion | ~300 m | Steel, prestressed concrete | Confederation Bridge, Canada | Excellent rigidity and resistance to twisting forces |
Segmental Bridge | Precast concrete segments joined with post-tensioning | ~200 m | Precast concrete | Linn Cove Viaduct, USA | Minimal environmental disruption during construction |
Extradosed Bridge | Hybrid of girder and cable-stayed with shallow towers | ~275 m | Concrete, steel cables | Odawara Blueway Bridge, Japan | Combining benefits of girder and cable-stayed designs |
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Frequently asked questions
How is Types of Bridges organized?
The table starts in the source data's default order. You can sort and filter the loaded rows by the displayed fields.
How much data is available on this page?
This dataset contains 12 entries, and every row is available in the table and in the downloadable files.
Can I download the complete dataset?
Yes. CSV, JSON, and Excel downloads contain all 12 rows. Before republishing the data, review the source and any usage terms listed on this page; dtbse does not replace the original source's licensing terms.
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