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Seat vibration in military propeller aircraft: characterization, exposure assessment, and mitigation.

Suzanne D. Smith-2006-01-01-PubMed
19

TL;DRAbstract

The relationships among the frequency, vibration direction, and seat measurement sites were complex, challenging the development of seating systems and mitigation strategies. Psychophysical metrics could provide a tool for optimizing mitigation strategies, but the current international vibration standard may not provide optimum assessment methods for evaluating higher frequency operational exposures.

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The relationships among the frequency, vibration direction, and seat measurement sites were complex, challenging the development of seating systems and mitigation strategies. Psychophysical metrics could provide a tool for optimizing mitigation strategies, but the current international vibration standard may not provide optimum assessment methods for evaluating higher frequency operational exposures.

Keywords

FuselageVibrationPropellerAnnoyanceTurbopropAcousticsWhole body vibrationStructural engineering

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