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3-D Printed Active Metamaterials for Sound and Vibration Control

Posted: July 16, 2018 | Source: Date Line: July 16

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3Dprinting

acousticcloaking

acousticmetamaterials

acousticsignaturemanagement

acousticwavecontrol

additivemanufacturing(AM)

AirForceOfficeofScientificResearch(AFOSR)

cavity-inducednegativedensity

cloakingmaterials

cloakingtechnologies

magneticallytriggerednegative‐modulus

magnetoactiveacousticmetamaterial

MassachusettsInstituteofTechnology(MIT)

metamateriallens(metalens)

metamaterials

NationalScienceFoundation

negativedensitymaterials

negativemodulusmaterials

negativerefraction

noisecancellation

noisecontrol

noisereductionandmitigation

opticalwavecontrol

signaturemanagement

sonar

soundwavemanipulation

superlensing

susceptibility

UniversityofMissouri

UniversityofSouthernCalifornia

vibrationcontrol