Loss of structural integrity on an aircraft

From Wikipedia, the free encyclopedia

Loss of structural integrity on an aircraft is a phenomenon which has been known to occur in several major incidents in aviation history.

[edit] Types

Note: Most information below has been collected from Wikipedia, but other sources include National Geographic Channel's Seconds From Disaster and Air Crash Investigation.

Partial loss of structural integrity is generally known to be the more common type of the phenomenon, where you could probably guide an aircraft down to a successful landing. Complete loss is much rarer, and obviously more catastrophic. Causes of loss of structural integrity include:

  • Faulty design.
  • Faulty maintenance.
  • Pilot error.
  • Weather conditions.
  • Sabotage.

[edit] Accidents and incidents

  • 3 March 1974: Turkish Airlines Flight 981 was destroyed as it flew over Ermenoville, France. This incident mirrored the Flight 96 incident, and highlighted a serious design flaw in DC-10s. At the time this was the worst aircraft disaster in the world, and as of early 2008 remains the second-worst single-aircraft accident in terms of loss-of-life.
  • 25 May 1979: Due to a maintenance flaw, American Airlines Flight 191 crashed with 271 people on board after an engine detached from the left wing. As of January 2008 it is the worst air accident on US soil.
  • 21 December 1988: Pan Am Flight 103, a Boeing 747-121 nicknamed Clipper Maid of the Seas, was destroyed as it flew over Lockerbie, Scotland. Almost identically to the Flight 182 disaster, the aircraft was brought down by a terrorist bomb in the forward luggage hold. It remains Britain's worst air disaster, with all 243 passengers and 16 crew on board the aircraft killed, and a further 11 fatalities in Lockerbie.

[edit] Sources