Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q5170201> ?p ?o }
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- Q5170201 subject Q8281165.
- Q5170201 subject Q8565905.
- Q5170201 abstract "Core lock is a jet engine failure that can happen on aircraft in flight, after an engine stops working for a period. When a jet engine has a flameout, the cooling air no longer circulates normally. If an aircraft is moving slowly, the sizes of some engine parts may change more quickly than others, such that they no longer fit together as designed. If this happens, the engine may seize. On an internal combustion engine that is not subject to extreme flight conditions, this may not be a problem. Since aircraft jet engines are built to exacting standards, however, core lock makes it difficult for pilots to windmill restart or perform an APU-assisted engine restart.".
- Q5170201 wikiPageExternalLink ALPA_DocumentsView.aspx?itemid=1616&ModuleId=1316&Tabid=256.
- Q5170201 wikiPageExternalLink AAR0701.htm.
- Q5170201 wikiPageExternalLink 2156137.html?page=3.
- Q5170201 wikiPageWikiLink Q12757.
- Q5170201 wikiPageWikiLink Q178777.
- Q5170201 wikiPageWikiLink Q4162202.
- Q5170201 wikiPageWikiLink Q451996.
- Q5170201 wikiPageWikiLink Q8281165.
- Q5170201 wikiPageWikiLink Q8565905.
- Q5170201 wikiPageWikiLink Q908333.
- Q5170201 comment "Core lock is a jet engine failure that can happen on aircraft in flight, after an engine stops working for a period. When a jet engine has a flameout, the cooling air no longer circulates normally. If an aircraft is moving slowly, the sizes of some engine parts may change more quickly than others, such that they no longer fit together as designed. If this happens, the engine may seize. On an internal combustion engine that is not subject to extreme flight conditions, this may not be a problem.".
- Q5170201 label "Core lock".