Experimental Characterization of Printed Magnetostrictive Acoustic Sensors

Miranda Cardenas; Zhangxian (Dan) Deng; Nicholas McKibben; Joshua Daw

Experimental Characterization of Printed Magnetostrictive Acoustic Sensors

Miranda Cardenas, Zhangxian (Dan) Deng, Nicholas McKibben, Joshua Daw

Mechanical and Biomedical Engineering Department

Research output: Contribution to conference › Presentation

Abstract

This project explores magnetostrictive material, Terfenol-D, for use as an acoustic sensor. Terfenol-D was milled for 5 hours at 1000 RPM and a ball-to-powder-ratio of 10:1. Dynamic light-scattering was used to characterize particles sizes with the largest peak showing 330 nm. An increase in milling time and power can reduce the Terfenol-D particle sizes and eliminate large particle size outliers.

Original language	American English
State	Published - 12 Jul 2022

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title = "Experimental Characterization of Printed Magnetostrictive Acoustic Sensors",

abstract = " This project explores magnetostrictive material, Terfenol-D, for use as an acoustic sensor. Terfenol-D was milled for 5 hours at 1000 RPM and a ball-to-powder-ratio of 10:1. Dynamic light-scattering was used to characterize particles sizes with the largest peak showing 330 nm. An increase in milling time and power can reduce the Terfenol-D particle sizes and eliminate large particle size outliers.",

author = "Miranda Cardenas and Deng, {Zhangxian (Dan)} and Nicholas McKibben and Joshua Daw",

year = "2022",

month = jul,

day = "12",

language = "American English",

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TY - CONF

T1 - Experimental Characterization of Printed Magnetostrictive Acoustic Sensors

AU - Cardenas, Miranda

AU - Deng, Zhangxian (Dan)

AU - McKibben, Nicholas

AU - Daw, Joshua

PY - 2022/7/12

Y1 - 2022/7/12

N2 - This project explores magnetostrictive material, Terfenol-D, for use as an acoustic sensor. Terfenol-D was milled for 5 hours at 1000 RPM and a ball-to-powder-ratio of 10:1. Dynamic light-scattering was used to characterize particles sizes with the largest peak showing 330 nm. An increase in milling time and power can reduce the Terfenol-D particle sizes and eliminate large particle size outliers.

AB - This project explores magnetostrictive material, Terfenol-D, for use as an acoustic sensor. Terfenol-D was milled for 5 hours at 1000 RPM and a ball-to-powder-ratio of 10:1. Dynamic light-scattering was used to characterize particles sizes with the largest peak showing 330 nm. An increase in milling time and power can reduce the Terfenol-D particle sizes and eliminate large particle size outliers.

M3 - Presentation

ER -

Experimental Characterization of Printed Magnetostrictive Acoustic Sensors

Abstract

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