A State-of-the-Art Review of Structural Monitoring Using Piezoelectric Paint Sensors

다국어 초록 (Multilingual Abstract)

Recently, large-scale accidents caused by minor damage from fatigue failure and impact on structures have been frequently reported. Therefore, a real-time damage monitoring system of structures is considered to be one of the most important technologies to ensure safety in various types of research. The piezoelectric sensor, which has an advantage of converting deformation of a structure into an electrical signal without using an additional power source, has been reported as one of the most suitable methods for real-time monitoring systems. This review aims to describe the structural monitoring system utilizing piezoelectric paint sensors. First, we present the concept of a piezoelectric paint sensor with the advantages of flexibility and piezoelectric performance. Then, factors affecting the performance of the piezoelectric paint sensor are introduced. Finally, an overview of piezoelectric paint sensors for structural monitoring, such as vibration detection and impact monitoring, are provided. The state-of-the-art of the application of the piezoelectric sensor is also introduced, providing feasibility in industrial fields.

참고문헌 (Reference)

1 전홍규, "철도차량 전면창유리 충격시험에 관한 연구" 한국철도학회 16 (16): 365-371, 2013

2 황희윤, "압전기법을 이용한 복합재료 손상모니터링의 가능성에 관한 연구" 대한기계학회 32 (32): 918-923, 2008

3 최경후, "압전 페인트센서를 활용한 충격 모니터링 활용 방안" 한국비파괴검사학회 35 (35): 349-357, 2015

4 박승복, "압전 페인트 센서를 이용한 복합재 구조물의 충격 신호 감지" 한국복합재료학회 27 (27): 141-145, 2014

5 한대현, "분극 전계에 따른 압전 페인트 센서 감도 측정" 한국복합재료학회 27 (27): 146-151, 2014

6 한대현, "분극 시간에 따른 압전 페인트 센서의 압전 특성 연구" 대한기계학회 38 (38): 1069-1074, 2014

7 박승복, "구조물의 경계조건에 따른 압전 페인트 센서의 충격검출 특성 평가" 대한기계학회 38 (38): 1335-1343, 2014

8 Egusa, S., "Thickness Dependence of the Poling and Current-Voltage Characteristics of Paint Films Made Up of Lead Zirconate Titanate Ceramic Powder and Epoxy Resin" 78 (78): 6060-6070, 1995

9 Brighenti, R., "Surface Cracks in Fatigued Structural Components : A Review" 36 (36): 1209-1222, 2013

10 Payo, I., "Sensitivity Analysis of Piezoelectric Paint Sensors Made Up of PZT Ceramic Powder and Water-Based Acrylic Polymer" 168 (168): 77-89, 2011

11 Peters, J., "Role of Foreign-Object Damage on Thresholds for High-Cycle Fatigue in Ti-6Al-4V" 31 (31): 1571-1583, 2000

12 Kang, S. -H., "Piezoelectric Smart Composite Blades for Collision Monitoring : Measurement of Mechanical Properties and Impact Sensitivity" 202 : 1295-1307, 2018

13 Capsal, J. -F., "Piezoelectric Sensing Coating for Real Time Impact Detection and Location on Aircraft Structures" 21 (21): 2012

14 Han, D. -H., "Piezoelectric Properties of Paint Sensor according to Piezoelectric Materials" 2 (2): 2020

15 Egusa, S., "Piezoelectric Paints : Preparation and Application as Built-in Vibration Sensors of Structural Materials" 28 (28): 1667-1672, 1993

16 Zhang, Y., "Piezoelectric Paint Sensor for Nondestructive Structural Condition Monitoring" 7-10, 2004

17 White, J., "Piezoelectric Paint : Ceramic-Polymer Composites for Vibration Sensors" 39 (39): 3105-3114, 2004

18 Han, D. -H., "Piezoelectric Characteristics of PNN-PZT/Epoxy Paint Sensor according to the Poling Conditions" 269 : 419-426, 2018

19 Ueberschlag, P., "PVDF Piezoelectric Polymer" 21 (21): 118-126, 2001

20 Luo, H., "PVDF Film Sensor and its Applications in Damage Detection" 12 (12): 23-30, 1999

21 Zhang, Y., "In Situ Fatigue Crack Detection Using Piezoelectric Paint Sensor" 17 (17): 843-852, 2006

22 Choi, W., "Improving Piezoelectric Performance of Lead-Free Polymer Composites with High Aspect Ratio BaTiO3 Nanowires" 53 : 143-148, 2016

23 Choi, K., "Impact Monitoring Characteristics of Piezoelectric Paint Sensor by Thermal Fatigue Analysis for Railroad Vehicle Applications" 19 (19): 1951-1962, 2020

24 Liu, Y., "Fatigue Limit Prediction of Notched Components Using Short Crack Growth Theory and an Asymptotic Interpolation Method" 76 (76): 2317-2331, 2009

25 Lim, J., "Fatigue Life Estimation of an Aircraft Lug considering Model Uncertainty" 792-796, 2011

26 Kim, T., "Fatigue Damage of Reinforced Concrete Bridge Columns Subjected to Cyclic Load" 99-104, 2002

27 Richard, H., "Examples of Fatigue Crack Growth in Real Structures"

28 Choi, K., "Enhanced Piezoelectric Behavior of PVDF Nanocomposite by AC Dielectrophoresis Alignment of ZnO Nanowires" 2017 : 2017

29 Curie, J., "Développement par compression de l'électricité polaire dans les cristaux hémièdres à faces inclinées" 3 (3): 90-93, 1880

30 Payo, I., "Dynamic Characterization of Piezoelectric Paint Sensors under Biaxial Strain" 163 (163): 150-158, 2010

31 Garcia, A. J., "Convolutional Neural Network-Based Foreign Object Debris(FOD)Detection System" 597-598, 2021

32 Hwang, M. Y., "Characteristics and Fabrication of Piezoelectric GFRP Using Smart Resin Prepreg for Detecting Impact Signals" 167 : 224-233, 2018

33 Hwang, M., "A Study on Piezoelectric Characteristic Changes of PNN-PZT/CNT/Epoxy Paint Sensor for Impact Monitoring of Aerospace Structures" 101-104, 2015