Search for: «Application Technique of PZT Sensors to Detect Structural Damage»
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p573
Low Temperature Brittle Fracture in C-Mn Weld Metal
Authors: F.H. Baumann, R. Moskovic, R.K. Wild, P.E.J. Flewitt -
p729
Application Technique of PZT Sensors to Detect Structural Damage
Authors: Yong Hong, Seung Ho Hwang, Gao Ping Wang, Dong Pyo Hong -
p2207
Simultaneous Health Monitoring and Vibration Control of Structures Using Smart Materials
Authors: Myung Hyun Kim, Sung Won Kang, Jae Myung Lee, Daniel J. Inman -
p279
Damage Identification of Multi-Type Joints with Using Electro-Impedance Method by Smart Sensors
Authors: Gao Ping Wang, Yong Hong, Byeong Hee Han, Dong Pyo Hong, Young Moon Kim -
p285
Improved Impedance Method and Guided Wave Technique for Damage Assessment of Beam Structures Using PZT Patches
Authors: Yong Hong, Gao Ping Wang, Byeong Hee Han, Dong Pyo Hong, Young Moon Kim -
p191
The Use of Fibre Optic Sensors for Damage Detection and Location in Structural Materials
Authors: G. Thursby, B. Sorazu, D. Betz, M. Staszewski, B. Culshaw -
p2436
Quantitative Estimation of the Fastening Condition of a Bolt with Using Piezoceramic (PZT) Sensors
Authors: Gao Ping Wang, Yong Hong, Jae Jung Lee, Dong Pyo Hong, Young Moon Kim, Jae Yeol Kim -
p3
Smart Materials in Damage Detection and Prognosis
Authors: Daniel J. Inman -
p1265
Damage Index Comparison for a Composite Stiffened Panel Using Lamb Wave
Authors: Chan Yik Park -
p2431
Damage Detection and Quantitative Assessment for the Cracked Beam Structures
Authors: Yong Hong, Byung Jin Kim, Dong Pyo Hong, Young Moon Kim