Structural failure
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Revision as of 16:19, 17 April 2006; view current revision
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| Mechanical failure modes |
|---|
| Buckling |
| Corrosion |
| Creep |
| Fatigue |
| Fracture |
| Melting |
| Thermal shock |
| Wear |
Structural failure refers to loss of the load-carying capacity of a component or member within the structure or of the structure itself. Structural failure is initiated when the material is stressed to its strength limit, thus causing fracture or excessive deformations. The ultimate failure strength of the material, component or system is its maximum load-bearing capacity. When this limit is reached, damage to the material has been done, and its load-bearing capacity is reduced significantly and quickly. In a well-designed system, a localized failure should not cause immediate or even progressive collapse of the entire structure. Ultimate failure strength is one of the limit states that must be accounted for in civil engineering.
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Notable structural failures
- 1907 - Quebec Bridge - Quebec City, Canada
- 1940 - First Tacoma Narrows Bridge - Tacoma, Washington
- 1968 - Ronan Point collapse - London, England
- 1978 - Hartford Civic Center - Hartford, Connecticut
- 1979 - Kemper Arena - Kansas City, Missouri
- 1981 - Hyatt Regency walkway collapse - Kansas City, Missouri
- 1983 - Highland Towers collapse - Kuala Lumpur, Malaysia
- 1995 - Sampoong Department Store collapse - Seoul, South Korea
- 2001 - Collapse of the World Trade Center - New York City
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