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Effects of volume fraction and diameter of hollow spheres on acoustic properties of Metallic-Hollow-Sphere/Polyurethane (MHSP) acoustic composites

Tianmiao Yu, Fengchun Jiang, Ruipeng Zhang, Mengxin Cao, Ruonan Qin, Chunhuan Guo, Zhenqiang Wang, Yunpeng Chang

2021Composite Structures26 citationsDOI

Topics & Concepts

Materials scienceVolume fractionComposite materialAcoustic impedanceSPHERESPolyurethaneComposite numberSoundproofingSound energyAbsorption (acoustics)Noise reduction coefficientVolume (thermodynamics)Mass fractionPorosityAcousticsSound (geography)Ultrasonic sensorQuantum mechanicsAstronomyPhysicsAcoustic Wave Phenomena ResearchWind and Air Flow StudiesNoise Effects and Management
Effects of volume fraction and diameter of hollow spheres on acoustic properties of Metallic-Hollow-Sphere/Polyurethane (MHSP) acoustic composites | Litcius