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- Q13264212 subject Q7469362.
- Q13264212 abstract "In solid mechanics, in the field of rotordynamics, the critical speed is the theoretical angular velocity that excites the natural frequency of a rotating object, such as a shaft, propeller, leadscrew, or gear. As the speed of rotation approaches the object's natural frequency, the object begins to resonate, which dramatically increases system vibration. The resulting resonance occurs regardless of orientation. When the rotational speed is equal to the numerical value of the natural vibration, then that speed is referred to as critical speed.".
- Q13264212 wikiPageWikiLink Q1080293.
- Q13264212 wikiPageWikiLink Q1127660.
- Q13264212 wikiPageWikiLink Q1353748.
- Q13264212 wikiPageWikiLink Q161635.
- Q13264212 wikiPageWikiLink Q170475.
- Q13264212 wikiPageWikiLink Q172858.
- Q13264212 wikiPageWikiLink Q206037.
- Q13264212 wikiPageWikiLink Q3074663.
- Q13264212 wikiPageWikiLink Q3252739.
- Q13264212 wikiPageWikiLink Q33680.
- Q13264212 wikiPageWikiLink Q3695508.
- Q13264212 wikiPageWikiLink Q5028177.
- Q13264212 wikiPageWikiLink Q5315362.
- Q13264212 wikiPageWikiLink Q719050.
- Q13264212 wikiPageWikiLink Q7469362.
- Q13264212 wikiPageWikiLink Q852247.
- Q13264212 wikiPageWikiLink Q946764.
- Q13264212 comment "In solid mechanics, in the field of rotordynamics, the critical speed is the theoretical angular velocity that excites the natural frequency of a rotating object, such as a shaft, propeller, leadscrew, or gear. As the speed of rotation approaches the object's natural frequency, the object begins to resonate, which dramatically increases system vibration. The resulting resonance occurs regardless of orientation.".
- Q13264212 label "Critical speed".