Sydney Flowers’ Post

I'm excited to share that I've contributed to a new conference paper titled "Evaluating Impact Damage in Urban Air Mobility Using Acoustic Emission Sensing and a Probability-Based Classification Method." Our work focuses on utilizing acoustic emission sensing and machine learning algorithms to assess impact damage in urban air mobility. Special thanks to Paul Ziehl and Li Ai for their leadership throughout this project! https://lnkd.in/gXi5Kjkc

I am excited to share that I'm a co-author of a recently published research article titled "Acoustic Emission-Based Detection of Impacts on Thermoplastic Aircraft Control Surfaces: A Preliminary Study." This piece is now accessible for reading on MDPI, where we discuss the utilization of acoustic emission technology to detect impacts on thermoplastic aircraft control surfaces.   I would like to express my gratitude to my esteemed colleagues Tanner Mesaric, Li Ai, Paul Ziehl, and the rest of the research crew. They are fantastic to work with. Special thanks to the USC College of Engineering and Computing for making this possible.   Check it out here: https://lnkd.in/gBCYxpzT