The acoustic property and impact behaviour of 3D printed structures filled with shear thickening fluids

The acoustic property and impact behaviour of 3D printed structures filled with shear thickening fluids

In this study, the microstructures of the silica and styrene/acrylate particles and rheological behaviour of the three STFs were measured. The acoustic property and impact behaviour of 3D printed structures filled with STFs were investigated. The results showed that sound transmission loss (STL) of...

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Veröffentlicht in:Smart materials and structures 2022-01, Vol.31 (1), p.15026
Hauptverfasser: Liu, Haiqing, Fu, Kunkun, Zhu, Huixin, Yang, Bin
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3D printed structures
acoustic property
low-velocity impact
shear thickening fluids
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creator Liu, Haiqing
Fu, Kunkun
Zhu, Huixin
Yang, Bin
description In this study, the microstructures of the silica and styrene/acrylate particles and rheological behaviour of the three STFs were measured. The acoustic property and impact behaviour of 3D printed structures filled with STFs were investigated. The results showed that sound transmission loss (STL) of the structures filled with 46.5 vol% silica-based and 58.8 vol% styrene/acrylate-based STFs have been significantly improved, while their sound absorption coefficient (SAC) reduced greatly. The internal damage mechanism and energy absorption of honeycomb structures filled with different volume fraction STFs under low-velocity impact (LVI) loading were analysed, finding that the volume fractions and nanoparticles hardness of STFs has a significant influence on the impact resistance of the 3D printed honeycomb structures.
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subjects 3D printed structures
acoustic property
low-velocity impact
shear thickening fluids
title The acoustic property and impact behaviour of 3D printed structures filled with shear thickening fluids
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