Characterization of bone using ultrasonic waves and structural borne acoustic waves

Aygun, Haydar; Barlow, Chris; Yule, Lawrence

doi:10.1530/boneabs.5.p32

2016

DOI: 10.1530/boneabs.5.p32

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Characterization of bone using ultrasonic waves and structural borne acoustic waves

Haydar Aygun¹,

Chris Barlow²,

Lawrence Yule³

Abstract: Increasing the perforation ratio of the composite bone changes the resonance frequency and the amplitude of the composite bones.  Similar results can be observed at 20 cm along composite bone.

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Characterization of bone using ultrasonic waves and structural borne acoustic waves

Abstract: Increasing the perforation ratio of the composite bone changes the resonance frequency and the amplitude of the composite bones.  Similar results can be observed at 20 cm along composite bone.

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See others like this or search for similar articles

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