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NDT.net Issue 2018-11
  • NDT.net Journal

  • EWSHM 2018

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9th European Workshop on Structural Health Monitoring (EWSHM 2018), July 10-13, 2018 in Manchester, UK


EWSHM 2018 Keywords Authors & Institutions

More Publications: •EWSHM 2016EWSHM 2014EWSHM 2012
Search Results: 260 in Date '2018-11'
Exhibitors' Results (4)
TWI Ltd (The W.. 4
Title / Author(s) / Keywords Session
Modular Bayesian damage detection for civil structures. A proof of concept case-study
A. Jesus14, P. Brommer1, R. Westgate22, K. Koo22, J. Brownjohn25, I. Laory14
1aSchool of Engineering, Civil Research Group bSchool of Engineering, Warwick Centre for Predictive Modelling; University of Warwick48, Coventry [United Kingdom]
2College of Engineering, Mathematics and Physical Sciences; University of Exeter6, Exeter [United Kingdom]
Electromagnetic Testing (ET), Magnetic Testing (MT), Other Methods, Structural Health Monitoring, Bayesian system identification, Damage detection and localization, bridge monitoring, Gaussian process

 
SHM in Civil Engineering
Improved signal processing of Acoustic Emission for Structural Health Monitoring using a data-driven approach
S. Wirtz5, D. Söffker15
Chair of Dynamics and Control; University of Duisburg-Essen16, Duisburg [Germany]
Acoustic emission, Composite materials, Data processing, Defects, Detection systems

 
Acoustic Emission
High-speed data acquisition system for continuous Acoustic Emission monitoring and real-time signal processing using FPGA-based platform within a SHM framework
S. Wirtz5, A. Cunha, N. Beganovic5, D. Söffker15
Chair of Dynamics and Control; University of Duisburg-Essen16, Duisburg [Germany]
Acoustic emission, Data processing, Detection systems, Sensors

 
Acoustic Emission
Signal-level clustering of acoustic emission streaming
P. Butaud12, E. Ramasso18, H. Ahayan1, T. Jeannin1, N. Godin27, V. Placet17
1aDep. of Applied Mechanics bDepartment of Applied Mechanics; Institut FEMTO-ST11, Besançon [France]
2National Institute of Applied Science ( INSA-Lyon)- University of Lyon62, Villeurbanne [France]
Acoustic emission, Composite materials, Data processing, Vibration analysis and testing

 
Acoustic Emission
Acoustic Emission Localization Using Airborne Sound: Where Did the Wind Turbine Rotor Blade Crack?
T. Krause4, J. Ostermann4
Institut für Informationsverarbeitung (tnt); Leibniz Universität Hannover 68, Hannover [Germany]
Acoustic emission, Detection systems, Novel Techniques

 
Acoustic Emission
Monitoring buried infrastructure deformation using acoustic emission
H. Heather-smith, A. Smith2, N. Dixon, J. Flint, J. Wordingham
Loughborough University3, Loughborough [United Kingdom]
Acoustic emission, Environmental issues, Pipes, Propagagation and scattering, Steel

 
Acoustic Emission
Wavelet Packet Transform-Based Feature Extraction for Acoustic Emission Pattern Recognition
W. Sheng1, S. Wirtz25, D. Söffker215
1Shanghai University of Electric Power, Shanghai [China]
2Chair of Dynamics and Control; University of Duisburg-Essen16, Duisburg [Germany]
Acoustic emission, Composite materials, Data processing, Failure diagnosis, Fracture mechanics

 
Acoustic Emission
Damage detection and monitoring in composite pipes using piezoelectric sensors
N. Chandarana4, M. Gresil11, C. Soutis10
ai-Composites lab, School of Materials bAerospace Research Institute; University of Manchester46, Manchester [United Kingdom]
Acoustic emission, Composite materials, Pipes, Sensors, Ultrasonics

 
Acoustic Emission
Damage identification in a tubular composite/metal joint through chronology-based robust clustering of acoustic emissions
N. Chandarana14, E. Ramasso28, Z. Wu1, J. Pethick3, P. Chatzi3, C. Soutis110, M. Gresil111
1ai-Composites lab, School of Materials b3National Composites Certification and Evaluation Facility cAerospace Research Institute; University of Manchester46, Manchester [United Kingdom]
2Department of Automatic Control and Micro-Mechatronic Systems; Institut FEMTO-ST11, Besançon [France]
3CTG, a UTC Aerospace Systems Company, Banbury [United Kingdom]
Acoustic emission, Aerospace, Composite materials, Data processing, Sensors

 
Acoustic Emission
Acoustic Emission Waveform Propagation and Source Localization in Advanced Sandwich Composite Structure
S. Sikdar15, P. Mirgal2, S. Banerjee22, W. Ostachowicz140
1Institute of Fluid-Flow Machinery; Polish Academy of Sciences (PAS)6, Warsaw [Poland]
2Department of Civil Engineering; Indian Institute of Technology Bombay4, Mumbai [India]
NDT-wide, Acoustic Emission (AE), aerospace, defects, Sensors, source localization, composite materials, Acoustic emission

 
Acoustic Emission
Power Spectral Entropy (PSE) as a Qualitative Damage Indicator
A. DAS, C. Leung
Hong Kong University of Science and Technology (HKUST), Hong Kong [Hong Kong, China]
Acoustic Emission (AE), Acoustic emission, real time monitoring, damage indicators, Power Spectral Entropy, Automated Damage Detection

 
Acoustic Emission
Bordering the footprint of AE sensor using a bank of sharply-defined frequency domain capacitive micromachined ultrasonic transducers
P. Butaud2, G. Bourbon, P. Moal, E. Joseph, B. Verdin, E. Ramasso8, V. Placet7, L. Boubakar5
Department of Applied Mechanics; Institut FEMTO-ST11, Besançon [France]
Acoustic emission, Micro/nano sensors, Sensors

 
Acoustic Emission
Development of an asymmetric sensor array with beamforming technique for robust improvement
H. Jung4, G. Park8, J. Jeon4
aMechanical engineerin bMechanical engineering; Chonnam National Univ6, Gwangju [South Korea]
Acoustic emission, Defects, Impact, Sensors, Ultrasonics

 
Acoustic Emission
Experimental study on guided and standing waves based full field laser scanning for damage detection
J. Jeon14, H. Jung14, D. Kim, T. Kang32, G. Park18, S. Han32
1aMechanical engineerin bMechanical engineering; Chonnam National Univ6, Gwangju [South Korea]
3Korea Atomic Energy Research Institute (KAERI)25, Daejeon [South Korea]
Acoustic emission, Civil engineering, Corrosion

 
Acoustic Emission
Probabilistic method for damage identification in multi-layered composite structures
A. Kundu1, S. Sikdar25, M. Eaton113, R. Navaratne3
1Cardiff School of Engineering; Cardiff University25, Cardiff [United Kingdom]
2Institute of Fluid-Flow Machinery; Polish Academy of Sciences (PAS)6, Warsaw [Poland]
3University of South Wales, Pontypridd [United Kingdom]
NDT-wide, Acoustic Emission (AE), Other Methods, probability of detection, composite materials, Acoustic emission, Detection systems

 
Acoustic Emission
Modelling of Pencil-Lead Break Acoustic Emission Sources using Time Reversal Technique
F. Falcetelli1, M. Romero2, S. Pant32, E. Troiani1, M. Martinez45
1Department of Industrial Engineering; University of Bologna52, Bologna [Italy]
2Faculty of Aerospace Engineering; Delft University of Technology (TU Delft)22, Delft [Netherlands]
3Aerospace Research Centre; National Research Council Canada (NRC)33, Ottawa, Ontario [Canada]
4Structural Integrity & Composites Group; Clarkson University, Potsdam, New York [USA]
Acoustic emission, Adhesives and Bonding, Aerospace

 
Acoustic Emission
Distributed Multi-Point Fiber Optic Acoustic Emission SHM System For Condition Management Of Aircraft Structures
E. Mendoza2, J. Prohaska2, C. Kempen2, Y. Esterkin2
Redondo Optics Inc.2, Redondo Beach, CA [USA]
Acoustic emission, Aerospace, Composite materials, Detection systems, Fatigue, Impact

 
Acoustic Emission
A repairable installation procedure for SHM sensors onto composite structures
N. Yue, Z. Khodaei4, M. Aliabadi6
Department of Aeronautics; Imperial College London81, London [United Kingdom]
Adhesives and Bonding, Composite materials, High temperature, Probability of detection, Ultrasonics

 
Adhesives and Bonding
Design of L39NG UGW SHM Sensor System
T. Marczi13, P. Raso22
1Honeywell International3, Prague [Czech Republic]
2Honeywell International s.r.o.2, Brno [Czech Republic]
Aerospace, Detection systems, Fatigue, Sensors, Surface waves, Ultrasonics

 
Aerospace
Algorithm for evaluation of L39NG UGW SHM Sensor System
P. Raso12, T. Marczi23
1Honeywell International s.r.o.2, Brno [Czech Republic]
2Honeywell International3, Prague [Czech Republic]
Aerospace, Data processing, Detection systems, Probability of detection, Sensors, Ultrasonics

 
Aerospace
 
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