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Yunsu Na
Yunsu Na
CAT Modeler, KoreanRe
Verified email at umich.edu
Title
Cited by
Cited by
Year
A machine learning approach for structural health monitoring using noisy data sets
A Ibrahim, A Eltawil, Y Na, S El-Tawil
IEEE Transactions on Automation Science and Engineering 17 (2), 900-908, 2019
442019
Accuracy limits of embedded smart device accelerometer sensors
A Ibrahim, A Eltawil, Y Na, S El-Tawil
IEEE Transactions on Instrumentation and Measurement 69 (8), 5488-5496, 2020
202020
Effect of sensor error on the assessment of seismic building damage
A Ibrahim, A Eltawil, Y Na, S El-Tawil
IEEE Transactions on Instrumentation and Measurement 69 (2), 573-584, 2019
152019
Post-disaster structural health monitoring system using personal mobile-phones
AA Alzughaibi, AM Ibrahim, AM Eltawil, Y Na, S El-Tawil
2019 IEEE Topical Conference on Wireless Sensors and Sensor Networks (WiSNet …, 2019
122019
Community-Based Multi-Sensory Structural Health Monitoring System: A Smartphone Accelerometer and Camera Fusion Approach
AA Alzughaibi, AM Ibrahim, Y Na, S El-Tawil, AM Eltawil
IEEE Sensors Journal 21 (18), 20539-20551, 2021
92021
Dynamic behavior of a smart device on a surface subjected to earthquake motion
Y Na, S El-Tawil, A Ibrahim, A Eltawil
Earthquake Engineering & Structural Dynamics 47 (9), 1905-1920, 2018
82018
The Feasibility of Using Smart Devices for Quantifying Seismic Damage to Buildings
Y Na, S El-Tawil, A Ibrahim, A Eltawil
Structures Congress 2017, 145-154, 2017
82017
Feasibility of utilizing smart-phone cameras for seismic structural damage detection
AA Alzughaibi, AM Ibrahim, Y Na, S El-Tawil, AM Eltawil
2020 IEEE International Instrumentation and Measurement Technology …, 2020
72020
Automated assessment of building damage from seismic events using smartphones
Y Na, S El-Tawil, A Ibrahim, A Eltawil
Journal of Structural Engineering 146 (5), 04020076, 2020
72020
Stick-slip classification based on machine learning techniques for building damage assessment
Y Na, S El-Tawil, A Ibrahim, A Eltawil
Journal of Earthquake Engineering 26 (11), 5848-5865, 2022
62022
Identifying stick-slip characteristics of a smart device on a seismically excited surface using on-board sensors
Y Na, S El-Tawil, A Ibrahim, A Eltawil
Journal of Earthquake Engineering 26 (2), 911-929, 2022
52022
Automated Earthquake Reconnaissance Using Smart Devices: Potential and Hurdles
Y Na, S El-Tawil, A Ibrahim, A Eltawil
11th National Conference on Earthquake Engineering, 2018
12018
Automated Post-Earthquake Building Damage Assessment Using Smart Devices
Y Na
2019
Simulating Two-Dimensional Stick-Slip Motion of a Rigid Body using a New Friction Model
Y Na, S El-Tawil, A Ibrahim, A Eltawil
Proceedings of the 2nd World Congress on Mechanical, Chemical, and Material …, 2016
2016
PC BASED COMPUTER- AIDED TRAINING PROGRAM FOR HARBOR STRUCTURE DESIGN
Y Na, S Park, J Nam, S Ahn, R Yamamoto, JHJ Kim, YM Lim
2011 Proceedings of the 28th ISARC, Seoul, Korea, 1478-1479, 2011
2011
Development of Structural Health Monitoring System Using Mobile Device
Y Na, H Lee, H Park, Y Lim
KSCE 2010 CONVENTION, 2010
2010
Community-Based Multi-Sensory Structural Health Monitoring System
AA Alzughaibi, AM Ibrahim, AM Eltawil, Y Na, S El-Tawil
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