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Its Occurrence and Measurement
Infrasound in Transportation
33 other sections not shown
acceleration acoustical stimulation adaptation amplitude angular annoyance audio-frequency binaural component dB spl dB(A dB/octave decrement duration effects of vibration energy environment experimental experiments eye movements factors frequency range Gierke Graybiel guinea pig Human Response Hz Fig increase infrasonic infrasound exposure input intense infrasound investigated km/h laboratory limits linear litre loudness low frequency low frequency noise low frequency vibration measured mechanical middle ear monaural monkey motion sickness noise levels nystagmus object observed octave band oscillation otoliths peak performance perilymph pressure changes physiological PLdB predicted pressure transients produced random reaction record reported Research resonance Response to Vibration rotation seat semi-circular canals sensation sensory shown in Fig shows signal sinusoidal sound pressure level spectra speed stapes statolith stimulus intensity studies subjects sway vibrations symptoms task Tempest tympanic membrane University of Salford vehicle velocity vertical vestibular receptors vestibular responses vestibular system vibration frequency visual acuity whole-body vibration Yeowart