EWSHM 2018
10-13 July 2018, Hilton Manchester Deansgate, Manchester, UK
The European Workshop on Structural Health Monitoring Series (EWSHM) is taking place this year from 10-13 July and will be held at the Hilton Manchester Deansgate in Manchester, UK.
EWSHM started in 2002 and since then has grown significantly over the years, becoming the strong counterpart to the International Workshop on SHM (IWSHM) held in Stanford, California, USA. The two recent conferences in Nantes (2014) and Bilbao (2016) were highly successful involving almost 500 delegates and 20 industrial companies and it is anticipated that the EWSHM2018 will prove to be just as popular.
BINDT is the organiser of EWSHM2018 and the Institute will present the conference in the same style as the previous events, with multiple paper sessions in parallel as well as poster presentations. The event will take place in the landmark glass skyscraper that is Beetham Tower, home of the Hilton Hotel, Manchester.
The conference in 2018 will take place at the Hilton Manchester Deansgate, which is in the city of Manchester, in the north of England. Within walking distance of a fantastic selection of shops, bars and restaurants, the hotel is also only just a few minutes walk from the Deansgate train station. If you are planning on flying into Manchester, the venue is around 15 minutes from Manchester International Airport and 38 minutes from Liverpool John Lennon Airport.
Coffee break sponsor
Exhibitors
| Logo | Company Name and Website | Stand Number | |
 | HBM UK Ltd | 02 | |
 | James Fisher Testing Services | 07 | |
 | Smart Fibres Limited | 05 | |
 | Murata Electronics Europe BV | 01 | |
 | Febus Optics | 04 | |
 | SCAIME | 03 | |
 | Redondo Optics Inc | 06 | |
 | BINDT & WCNDT | 08 | |
Structured Sessions
| Organisers | Title |
| Carlo Rainieri, Università del Molise, Italy Maria Pina Limongelli, Politecnico di Milano, Italy Mehmet Celebi, United States Geological Survey, U.S.A | Seismic SHM: theoretical studies and successful applications |
| Dr Ying Wang, University of Surrey, ying.wang@surrey.ac.uk Professor Eleni Chatzi, ETH Zürich, chatzi@ibk.baug.ethz.ch A/Professor Zuohua Li, Harbin Institute of Technology (Shenzhen), lizuohua@hit.edu.cn | Monitoring and Assessment of Civil Infrastructure |
| Professor Glisic, Princeton University Professor Zonta, University of Strathclyde | Probabilistic SHM |
| Dr E Habtour, US Army Research Laboratory, USA Professor Richard Loendersloot, University of Twente, NL Professor Dario Di Maio, University of Twente, NL | Bio-inspired resilience: Outsmarting fatigue through precursors detection and control |
| M Haile, (PhD), Vehicle Technology Director, US Army Research Laboratory, Aberdeen Proving Ground, Maryland, USA | Real-time probabilistic risk assessment |
| Dr Abdollah Malekjafarian, School of Civil Engineering, University College Dublin | Structural Health Monitoring of Transport Infrastructure |
| Michael Döhler, Chargé de Recherche, I4S Team Laurent Mevel, Chargé de Recherche, I4S Team | Vibration-based damage assessment for civil engineering structures |
| Piotr Omenzetter, University of Aberdeen Sebastian Thons, Danish Technical University Jochen Koehler, Norwegian University of Science and Technology | Case studies and theoretical developments in quantifying the value of SHM |
| Branko Glisic, Princeton University Marcus Perry, University of Strathclyde | Strain-based Structural Health Monitoring |
| Christos Vlachakis, Lorena Biondi, Marcus Perry, Department of Civil and Environmental Engineering, University of Strathclyde, Glasgow, UK | 3D printed smart repairs for civil infrastructure |
| Christoph Monsberger & Lienhart Werner, Institute of Engineering Geodesy and Measurement Systems, Graz University of Technology, Austria Alexander Kluckner, Lukas Wagner & Wulf Schuber, Institute of Rock Mechanics and Tunnelling, Graz University of Technology, Austria | Continuous strain measurements in a shotcrete tunnel lining using distributed fiber optic sensing |
| Charles R Farrar, Ph.D., P.E., President, Los Alamos Dynamics, LLC, P.O. Box 1193, Los Alamos, NM 87545 | Structural Health Monitoring using statistical pattern recognition |
SHM In Action
| Chair: Christian Boller | |
| Title | Speaker |
| DatAcoustics for intelligent structures | J Moll, Goethe University Frankfurt am Main, Germany |
| SmartScan aero mini FBG interrogator | J M Alvarez, Smart Fibres Ltd |
| A demonstration of BridgeWatch and Smart Asset
Management (SAMS), using big data analytics to enable real-time and automatic reporting | A Scullion, James Fisher Testing Services |
| Passive and dynamic FBG sensor interrogation systems | E Mendoza, Redondo Optics Inc |
| Virtual environments for structural health monitoring | Branko Glisic, Princeton University |
Programme
Full papers published in the proceedings will also be
published in the NDT.net open access database after the event.
Monday 9 July 2018
| 16.00- 19.00 | Registration – Hotel Foyer | |||||
| 18.00- 19.00 | Welcome Drink Reception – Cloud 23 Sky Bar: 23rd floor | |||||
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| Tuesday 10 July 2018 | | | | |||
| 08.30 onwards | Registration – Hotel Foyer | |||||
| 09.00- 09.30 | Opening Ceremony – Title to be confirmed Chair: Professor C Soutis and Dr M Gresil Room A: Deansgate Suites 2 & 3 | |||||
| 09.30- 10.30 | Keynote Lecture – SHM for IIOT Professor F K Chang, Stanford University Room A: Deansgate Suites 2 & 3 | |||||
| 10.30- 11.00 | Tea, Coffee and Exhibition | |||||
| | Aerospace structures 1 Chairs: Oscar D'almeida and Benjamin Eckstein Room A: Deansgate Suites 2 & 3 | Guided waves 1 Chairs: Paul Fromme and Maria Moix-Bonnet Room B: Deansgate Suite 1 | Structured Session: Probabilistic SHM 1 Chairs: Branko Glisic and Daniele Zonta Room C: Deansgate Meeting Rooms 2, 3 & 4 | Electromagnetic SHM Chairs: Gareth Pierce and Frederic Cegla Room D: Deansgate Meeting Rooms 8 & 9 | Bridge monitoring 1 Chairs: Luis Eduardo Mujica Delgado and Vincent Lecam Room E: Deansgate Boardroom | Wireless SHM system 1 Chairs: Michael Hinderdael and Byeongjin Park Room F: Deansgate Meeting Room 1 |
| 11.00- 11.20 | [0021] Design of a UGW SHM sensor system for L-39NG aircraft T Marczi and P Raso Honeywell International, Prague, Czech Republic | [0165] Efficient modelling of guided ultrasonic waves using the scaled boundary FEM towards SHM of composite pressure vessels Y Lugovtsova1, J Bulling1, J Prager1 and C Boller2 1Bundesanstalt für Materialforschung und -prüfung (BAM), Berlin, Germany 2Saarland University, Germany | [0008] An improved dynamic probability mixture model for damage monitoring under varying structural boundary conditions F Fang, L Qiu, S Yuan and Y Wang Nanjing University of Aeronautics and Astronautics, China | [0013] Coded sequences for simultaneous acquisition of data from multiple EMAT coils F B Cegla Imperial College London, UK | [0130] Structural health monitoring network in British Columbia, Canada Y Kaya1, A Mendler2 and C Ventura2 1British Columbia Ministry of Transportation and Infrastructure, Canada 2University of British Columbia, Vancouver, Canada | Paper withdrawn |
| 11.20- 11.40 | [0027] Full-scale testing of an ultrasonic guided wave-based structural health monitoring system for thermoplastic composite aircraft primary structure P Ochôa, R M Groves and R Benedictus Faculty of Aerospace Engineering, Delft University of Technology, The Netherlands | [0011] Predictive simulation of guided wave structural health monitoring in metallic and composite structures V Giurgiutiu University of South Carolina, Columbia, USA | [0016] Surrogate modelling for observation likelihood calculation in a particle filter framework for automated diagnosis and prognosis C Sbarufatti, F Cadini, A Locatelli and M Giglio Politecnico di Milano, Italy | [0182] A novel damage detection technique utilising embedded sensing of magnetostrictive carbon fibre-reinforced polymer composites A Hall1, M l Coatney1, N Bradley1, J H Yoo2, B Williams3 and O Myers3 1US Army Research Laboratory, Maryland, USA 2US Naval Surface Warfare Center (NSWC), USA 3Clemson University, USA | [0086] Structural health monitoring using a GPS sensor network N Manzini1,2, A Orcesi1, C Thom3, A Clément6, S Botton4, M Ortiz5 and J Dumoulin7 1IFSTTAR, SDOA, France 2SITES SAS, Malmaison, France 3IGN, LOEMI, Saint-Mandé, France 4IGN, ENSG, Marne la Vallée, France 5IFSTTAR, GEOLOC, Bouguenais, France 6SITES SAS, Dardilly, France 7CEREMA, SO/DLB/GS/SIS, Bordeaux, France | [0145] Wireless noise characteristic on gearboxes due to speed variation P Raharjo, Y Sofyan and T M Arif State Polytechnics of Bandung, West Java, Indonesia |
| 11.40- 12.00 | [0034] Aircraft engine possession cost reduction with structural health monitoring J Coupard, A Garnier and J Lacaille Safran Aircraft Engines, France | [0188] Numerical analysis of Lamb wave propagation in a periodically stiffened CFRP plate for impact damage detection P Deng, O Saito and Y Okabe University of Tokyo, Japan | [0029] Adaptation and implementation of probability of detection (POD)-based fault diagnosis in elastic structures through vibration-based SHM approach D A Ameyaw, S Rothe and D Söffker University of Duisburg-Essen, Germany | [0056] Evaluation of the long-term stability of guided wave EMAT transducers for SHM applications B Herdovics and F B Cegla Imperial College London, UK | [0152] Development of MEMS-based sensors for bridge scour monitoring Y-B Lin1, K-C Chang2 and X-Q Liu1 1National Center for Research on Earthquake Engineering, Taiwan 2National Taiwan University, Taiwan | [0351] Shaping the future of structural health monitoring with IOT sensors D Parsy and M-Y Jaouadi Beanair GmbH, Berlin, Germany |
| 12.00- 12.20 | [0045] Application of piezoelectric transducers and resistance strain gauges for SHM of a metallic integral stiffened airframe panel R Růžek1, T Marczi2 and P Kucharský1 1VZLÚ – Czech Aerospace Research Centre, Prague, Czech Republic 2Honeywell International, Prague, Czech Republic | [0051] A novel high-density piezoelectric sensing capability for in-situ modal decomposition of acoustic emissions N Rajic1, C Rosalie1, S Van der Velden1, L R Francis Rose1, J Smithard1 and W K Chiu2 1Aerospace Division, Defence Science and Technology Group, Melbourne, Australia 2Monash University, Clayton, Australia | [0091] System identification method using extended Kalman filter with optimised P0, Q and R D-Y Yun1, H-B Shim2 and H-S Park1 1University Seoul, Korea 2Research & Development Institute, Seoul, Republic of Korea | This slot is available for a late submission | This slot is available for a late submission | This slot is available for a late submission |
| 12.25- 13.45 | Lunch – Three-course lunch with wine | |||||
| Aerospace structures 2 Chairs: Nobuo Takeda and Kathryn Atherton Room A: Deansgate Suites 2 & 3 | Guided waves 2 Chairs: Victor Giurgiutiu and Francis Rose Room B: Deansgate Suite 1 | Structured Session: Probabilistic SHM 2 Chairs: Branko Glisic and Daniele Zonta Room C: Deansgate Meeting Rooms 2, 3 & 4 | Machine learning and pattern recognition 1 Chairs: Elizabeth Cross and Emanuel Ramasso Room D: Deansgate Meeting Rooms 8 & 9 | Bridge monitoring 2 Chairs: Hoon Sohn and Shenfang Yuan Room E: Deansgate Boardroom | SHM for railroads Chairs: Claus-Peter Fritzen and Angel Torres-Perez Room F: Deansgate Meeting Room 1 | |
| 13.50- 14.10 | [0079] Optical fibre sensor-based aircraft structural health monitoring system K Saito 1Aerospace Company, Gifu, Japan 2R&D Institute of Metals and Composites for Future Industries, Tokyo, Japan 3Graduate School of Frontier Sciences, Chiba, Japan | [0233] Experimental estimation of the dispersion characteristics of Lamb waves J Kathol and C-P Fritzen Universität Siegen, Fakultät IV, Siegen, Germany | [0094] The consequences of heuristic distortions on SHM-based decision problems A Verzobio1, D Bolognani2, J Quigley1 and D Zonta1,2 1University of Strathclyde, UK 2University of Trento, Italy | [0071] Damage detection in composite aero-structures from strain and telemetry data fusion by means of pattern recognition techniques J Sierra-Perez and J Alvarez-Montoya Universidad Pontificia, Colombia | [0167] Effects of vehicle-induced bridge vibration on nearby structures B-H Lee1, F-Y Yeh1, Y-C Sung2 and K-C Chang3 1National Center for Research on Earthquake Engineering, Taiwan 2Department of Civil Engineering, National Taipei University of Technology, Taiwan 3Department of Civil Engineering, National Taiwan University, Taiwan | [0231] Longitudinal strain monitoring in rails using distributed and discrete sensors C Barker1, N A Hoult1 and M Zhang2 1Queen’s University, Kingston, Canada 2National Research Council of Canada, Ottawa, Canada |
| 14.10- 14.30 | [0114] Landing gear structural health monitoring (SHM) C Forrest, C Forrest and D Wiser ES3 Inc, USA | [0166] Shaped sensor for material agnostic Lamb waves direction of arrival (DoA) estimation L De Marchi, M Dibiase, N Testoni and A Marzani University of Bologna, Italy | This slot is available for a late submission | [0088] Convolutional neural networks for the detection of damaged fasteners in engineering structures T J Gibbons1, S G Pierce2, K Worden1 and I Antoniadou1 1University of Sheffield, UK 2University of Strathclyde, UK | [0354] Structural health monitoring of long-span bridges: separation of wind, temperature and traffic effects on the Forth Road Bridge D Tung Nguyen1, X Meng1, J S Owen1, Y Xie1, P Psimoulis1, G Ye2, B Valentine3 and P Madden3 1University of Nottingham, UK 2UbiPOS UK Ltd, Nottingham, UK 3Amey plc, UK | [0266] Compressive sensing for vibration signals in high-speed rail monitoring Y-Q Ni and S-X Chen The Hong Kong Polytechnic University, Hong Kong |
| 14.30- 14.50 | [0122] Damage index for an RPA structure by a fibre optic-based SHM system A Güemes1, A Fernandez-Lopez1, M Frovel2, J M Pintado2, J Garcia-Ramirez1, E Reyes1 and P L Pariente2 1Universidad Politécnica de Madrid (UPM), Madrid, Spain 2INTA, Spanish National Institute for Aerospace Research, Madrid, Spain | [0048] Analytical solutions for active and passive monitoring of structural damage in fibre-composite laminates L R Francis Rose1, W K Chiu2, N Nadarajah2 and B S Vien2 1Aerospace Division, Defence Science and Technology Group, Melbourne, Australia 2Monash University, Clayton, Australia | [0142] A probability density function for uncertainty quantification in the failure forecast method M D Todd1, M Leung2 and J Corcoran2 1University of California, San Diego, USA 2Imperial College London, UK | [0093] Outlier ensembles: an alternative robust method for inclusive outlier analysis with structural health monitoring data L Bull, K Worden, G Manson and N Dervilis University of Sheffield, UK | [0292] Structural evaluation of the rehabilitation of a stayed bridge using an SHM system FJ Carrión1, J A Quintana1, S E Crespo2, J A Hernández1, H M Gasca1 and L A Martinez1 1Instituto Mexicano del Transporte, Escobedo, Mexico 2ITESM-CQ, Mexico | [0193] Novel rail stress measurement technique using piezospectroscopy N Kim, H-B Yun and J-J Lee Sejong University, Republic of Korea |
| 14.50- 15.10 | [0146] Recent development of optical fibre sensor-based structural health monitoring and in-process monitoring of CFRP structures in Japan N Takeda and S Minakuchi The University of Tokyo, Japan | [0041] Corrosion monitoring using high-frequency guided waves P Fromme University College London, UK | [0218] Bayesian operational modal analysis of offshore rock lighthouses for SHM J M W Brownjohn1, S-K Au2, X Wang2, Z Zhu2, A Raby3 and A Antonini3 1University of Exeter, UK 2University of Liverpool, UK 3University of Plymouth, UK | [0104] Application of machine learning techniques for the fatigue life estimation of critical components A M Moura1, P J Antunes1, J C Viana1, G R Dias1, B Serrano2, D Duarte2, J Cardoso2, R Basto2, F Machado2, V Infante3 and C Mills4 1Critical Materials SA, Portugal 2CIDIUM, CIAFA, Academia da Força Aérea, Pero, Pinheiro, Portugal 3IDMEC, Universidade de Lisboa, Portugal 4Curtiss-Wright, Dublin, Republic of Ireland | [0313] A deep learning-based framework for bridge load rating estimation A Pamuncak, I Laory and A Jesus University of Warwick, UK | [0342] Compressive sensing for high-speed rail condition monitoring using redundant dictionary and joint reconstruction S X Chen and Y Q Ni The Hong Kong Polytechnic University |
| 15.10- 15.30 | [0288] Optimal location of a fibre optic-based sensing net for SHM applications using a digital twin I Kressel1, U Ben-Simon1, S Shoham1, G Don-Yehiya1, S Sheinkman2, R Davidi3 and M Tur3 1Israel Aerospace Industries, Israel 2IAF, Israel 3Tel-Aviv University, Israel | [0237] Temperature compensation for damage detection in composite structures using guided waves M Moix-Bonet1, B Eckstein2 and P Wierach1 1German Aerospace Centre, Braunschweig, Germany 2Airbus Operations GmbH, Bremen, Germany | [0226] A Bayesian network approach to assess underwater scour around bridge foundations A Maroni1, E Tubaldi1, J Douglas1, N Ferguson1, D Zonta1, H McDonald2, E Greenoak3, D Walker2 and C Green3 1University of Strathclyde, UK 2Transport Scotland, Glasgow, UK 3Network Rail Scotland Route, Glasgow, UK | [0107] Recurrent neural networks for identification of acoustic wave reflections M Haile, C Hsu, N Bradley and J Chen US Army Research Laboratory, Maryland, USA | This slot is available for a late submission | This slot is available for a late submission |
| 15.30- 15.50 | Paper withdrawn | [0248] Experimental validation of simulation tools for Lamb wave-based structural health monitoring O Mesnil, A Imperiale, E Demaldent, B Chapuis and T Druet CEA LIST, Saclay, France | [0096] Subspace projections to localise damage: a comparative model error robustness study D V Muff and M D Ulriksen Aalborg University, Esbjerg, Denmark | [0135] A semi-supervised Bayesian non-parametric approach to damage detection T J Rogers1, K Worden1, R Fuentes1, N Dervilis1, U T Tygesen2 and E J Cross1 1Sheffield University, UK 2Ramboll Oil & Gas, Esbjerg, Denmark | This slot is available for a late submission | This slot is available for a late submission |
| 15.50- 16.10 | Tea, Coffee and Exhibition | |||||
| Aerospace structures 3 Chairs: Christian Boller and Antonio Fernandez-Lopez Room A: Deansgate Suites 2 & 3 | Guided waves 3 Chairs: Wiesław Ostachowicz and Francis Rose Room B: Deansgate Suite 1 | Structured Session: Probabilistic SHM 3 Chairs: Michael Todd and Daniele Zonta Room C: Deansgate Meeting Rooms 2, 3 & 4 | SHM applications Chairs: Alfredo Guemes and Matthieu Gresil Room D: Deansgate Meeting Rooms 8 & 9 | Structured Session: Vibration-based damage assessment for civil engineering structures Chairs: Zhongqing Su and Constantinos Soutis Room E: Deansgate Boardroom | Structured Session: Strain-based SHM Chairs: Branko Glisic and Marcus Perry Room F: Deansgate Meeting Room 1 | |
| 16.10- 16.30 | [0243] Overview of the F-35 structural prognostics and health management system I G Hebden1, A M Crowley2 and W Black3 1BAE Systems, UK 2BAE Systems, USA 3Lockheed Martin, USA | [0264] The influence of global and local temperature variation on elastic guided wave excitation, propagation and scattering J Moll1, A A Eremin2,3 and M V Golub2 1Goethe University of Frankfurt am Main, Germany 2Kuban State University, Krasnodar, Russia 3Helmut-Schmidt-University, Hamburg, Germany | [0136] A probabilistic framework for forward model-driven SHM P Gardner, C Lord and R J Barthorpe University of Sheffield, UK | [0035] Rate-based structural health monitoring using permanently installed sensors J Corcoran, M Leung and P Cawley Imperial College London, UK | [0084] The effect of environmental and operational variabilities on damage detection in wind turbine blades T Bull1, M D Ulriksen1 and D Tcherniak2 1Aalborg University, Denmark 2Brüel & Kjær Sound & Vibration Measurement, Denmark | [0158] Evaluation of error of deformed shape determined from strain measurements and double integration of curvature D Sigurdardottir1 and B Glisic2 1Ramboll, Stockholm, Sweden 2Princeton University, Jersey, USA |
| 16.30- 16.50 | [0156] Health and usage monitoring of INTA MALE UAV M Frovel1, A Fernandez-Lopez2, M E Reyes2, J García2, J M Pintado1, M de la Torre1, P L Pariente1 and F Terroba1 1INTA, Spanish National Institute for Aerospace Research, Madrid, Spain 2ETSIAE, Aerospace School of Madrid Polytechnic University, Spain | [0316] Guided wave-based defect imaging in composite plates under temperature-varying environment B Chapuis1, A Kulakovskyi1,2, X Artusi1, O Mesnil1 and O D’Almeida2 1CEA LIST, Saclay, France 2Safran Tech, Magny-Lès-Hameaux, France | [0126] Structural system identification using sum of squares (SOS) optimisation for minimising modal dynamic residuals D Li, X Dong and Y Wang Georgia Institute of Technology, Atlanta, USA | [0140] Proposal for an industrial structural health monitoring system based on ultrasound signal G Aranguren1, J Etxaniz1, S Cantero2,3, M K Malik2,3, F M de la Escalera3 and Y Essa3 1Universidad del País Vasco (UPV/EHU), Bilbao, Spain 2The University of Nottingham, UK 3Aernnova Engineering Division, Madrid, Spain | [0190] Modal strain-based damage identification of two pre-stressed concrete beams under different prestressing conditions D Anastasopoulos, G De Roeck and E P B Reynders Department of Civil Engineering, University of Leuven (KU Leuven), Belgium | [0348] Empirical mode decomposition for operational modal analysis of structures M S Rahman Vibration Engineer, Canada |
| 16.50- 17.10 | [0309] Feature extraction for aerospace compressor blade repair and overhaul using a high-speed data acquisition system R French, W Yeadon, H Marin-Reyes and M Benakis University of Sheffield, UK | [0318] A simplex guided wave communication system using oil industry multi-wire cables G Trane1, R Mijarez2, R Guevara2 and A Pérez1 1Tecnologico de Monterrey, Morelos, México 2Instituto de Investigaciones Eléctricas, Gerencia de Control, Morelos, México | [0303] Modular Bayesian damage detection for civil structures: a proof of concept case study A Jesus1, P Brommer1, R Westgate2, K Koo2, J M W Brownjohn2 and I Laory1 1University of Warwick, UK 2University of Exeter, UK | [0261] Enterprise risk-informed technology transfer for SHM technology M D Smith US Army Corps of Engineers, Mississippi, USA | [0252] Sub-soil stress reconstruction for fatigue monitoring of offshore wind turbine using accelerometers on the tower M Henkel, N Noppe, W Weijtjens and C Devriendt Vrije Universiteit, Brussels, Belgium | [0276] Mechanochromic response of 3D composite photonic crystals by numerical simulation V Piccolo1, A Vaccari2, A Chiappini3, C Armellini3, L Deseri1,4,5, M Ferrari3 and D Zonta6,3 1DICAM–University of Trento, Italy 2Fondazione Bruno Kessler, Trento, Italy 3IFN-CNR CSMFO, Trento, Italy 4University of Pittsburgh, USA 5Mellon University, Pittsburgh, USA 6University of Strathclyde, UK |
| 17.10- 17.30 | [0279] In-flight load determination in critical structure elements based on an operational load monitoring system A Kurnyta, W Zieliński, P Reymer, M Dziendzikowski and K Dragan Air Force Institute of Technology, Warszawa, Poland | [0345] Damage detection methodology for structural health monitoring (SHM) applications based on multi-frequency anti-symmetric guided waves S Pant1, M Martinez2,3, M Yanishevsky1 and D Backman1 1National Research Council Canada, Ontario, Canada 2Clarkson University, Potsdam, USA 3Delft University of Technology, The Netherlands | [0341] Preliminary validation of deterministic and probabilistic risk assessment of fatigue failures using experimental results R Torregosa and W Hu Aerospace Division, Defence Science and Technology Group, Victoria, Australia | [0347] iPerm: a permanent guided wave pipeline monitoring tool for the oil & gas industry A Dhutti1, B Hernandez2, J Kanfoud1, P Mudge2 and T-H Gan1,2 1Brunel University London, UK 2TWI Ltd, Cambridge, UK | [0284] Vibration-based damage identification for the S101 bridge benchmark bridge: a comparison of indicators P F Giordano1, A Fathi2 and M P Limongelli1 1Politecnico di Milano, Italy 2Amirkabir University of Technology, Tehran, Iran | [0338] 3D printed smart repairs for civil infrastructure C Vlachakis, L Biondi and M Perry University of Strathclyde, UK |
| 17.30- 17.50 | [0366] Mechanics-based predictive NDE of composites and structures: towards next generation NDE/SHM Y Dzenis and R Vernon McBroom University of Nebraska-Lincoln | [0246] Selective guided wave generation in a two-dimensional waveguide V Serey1,2, N Quaegebeur1, P Micheau1, P Masson1, M Castaings2 and M Renier2 1GAUS, Université de Sherbrooke, QC, Canada 2I2M, Université de Bordeaux, Talence, France | This slot is available for a late submission | [0358] A study on guided wave tomographic imaging for defects on a curved structure J Park, Y Cho and D Kang Pusan National University, Korea | This slot is available for a late submission | [0254] Formulation of 3D temperature signatures for temperature-driven structural health monitoring J Reilly and B Glisic Princeton University, USA |
| 18.00- 22.00 | Welcome buffet – Museum of Science & Industry (MOSI) Buffet and wine | |||||
Wednesday 11 July 2018
| 08.00 onwards | Registration – Hotel Foyer | |||||
| 08.30- 09.15 | Keynote Lecture – Extreme values and extreme functions for SHM Professor K Worden, Sheffield University Room A: Deansgate Suites 2 & 3 | |||||
| 09.15- 10.00 | Keynote Lecture – SHM–OEM supplier challenges and perspective O D'Almeida and R Hadjria, Safran Room A: Deansgate Suites 2 & 3 | |||||
| 10.00- 10.20 | Tea, Coffee and Exhibition | |||||
| | Multi-functional materials and composite structures 1 Chairs: FK Chang and Zahra Sharif-Khodaei Room A: Deansgate Suites 2 & 3 | SHM for civil engineering 1 Chair: Chairs: Alessandro Antonini and Dimitris Saravanos Room B: Deansgate Suite 1 | Non-linear acoustics Chairs: Francesco Ciampa and Ribelito Torregosa Room C: Deansgate Meeting Rooms 2, 3 & 4 | Signal processing and imaging 1 Chairs: Paul Fromme and Matthew Pearson Room D: Deansgate Meeting Rooms 8 & 9 | Structured Session: Case studies and theoretical developments in quantifying the value of SHM Chairs: Piotr Omenzetter and Sebastian Thons Room E: Deansgate Boardroom | |
| 10.20- 10.40 | [0023] Multi-guided wave feature extraction and data fusion in residual life predication of composite laminates C Zhang, H Ji, J Qiu and Z Zhang Nanjing University of Aeronautics and Astronautics, China | [0001] Machine-aided rapid visual evaluation of non-structural components of building façades J Choi, C M Yeum, S J Dyke, M Jahanshahi, F Pena and G W Park Purdue University, Indianna, USA | [0028] Numerical investigation of non-collinear guided wave mixing in the case of contact non-linearity P Blanloeuil1, L R Francis Rose2, M Veidt3 and C H Wang1 1University of New South Wales, Sydney, Australia 2Aerospace Division, Defence Science and Technology Group, Melbourne, Australia 3University of Queensland, Brisbane, Australia | [0026] Morphorider: a new way for structural monitoring via the shape acquisition with a mobile device equipped with an inertial node of sensors T Stanko, N Saguin-Sprynski, L Jouanet, S Hahmann and G-P Bonneau Université Grenoble Alpes, France | [0105] A case study in quantifying the economic benefit of a live strain monitoring campaign for a short-span pre-stressed concrete bridge P Omenzetter1, P Moyo2 and J M W Brownjohn3 1The University of Aberdeen, UK 2The University of Cape Town, South Africa 3The University of Exeter, UK | |
| 10.40- 11.00 | [0037] Damage localisation in composite plates using canonical polyadic decomposition of Lamb wave difference signals tensor M Rébillat and N Mechbal Hesam Université, Paris, France | [0018] Coda wave interferometry used to detect loads and cracks in a concrete structure under field conditions X Wang and E Niederleithinger Bundesanstalt für Materialforschung und -prüfung (BAM), Germany | [0044] Phononic crystal sensing devices for enhanced non-linear ultrasonic inspection F Ciampa1 and A Marini2 1University of Bath, UK 2University of L'Aquila, Italy | [0030] Integration of algorithms for damage detection in thermoplastic materials inside electronic embedded devices G Azuara, E Barrera and M Ruiz, Universidad Politécnica de Madrid, Spain | [0148] User interface development for model-based data interpretation S G S Pai, Y Reuland and I F C Smith Swiss Federal Institute of Technology (EPFL), Lausanne, Switzerland | |
| 11.00- 11.20 | [0040] Dual PZT sizing for mode decomposition on a composite anisotropic plate E Lize1, M Rébillat2, N Mechbal2 and C Bolzmacher1 1CEA, LIST, Gif-sur-Yvette CEDEX, France 2ParisTech, France | [0066] Performance of an H∞ estimation-based damage localisation approach in the context of automated structural health monitoring S Wernitz, D Pache, T Grießmann and R Rolfes Leibniz Universitat, Hannover, Germany | [0133] CFRP composites with embedded PZT transducers for non-linear ultrasonic inspection of space structures C Andreades and F Ciampa University of Bath, UK | [0038] Automated extraction of local defect resonance for efficient non-destructive testing of composites J Segers1, E C Verboven1, S Hedayatrasa1,2, G Poelman1, J Calderon1, W V Paepegem1 and M Kersemans1 1Ghent University, Zwijnaarde, Belgium 2SIM Program M3 DETECT-IV, Zwijnaarde, Belgium | [0168] Quantifying the value of SHM for wind turbine blades J S Nielsen1, D Tcherniak2 and M D Ulriksen3 1Department of Civil Engineering, Denmark 2Brüel & Kjær Sound & Vibration Measurement, Denmark 3Aalborg University, Denmark | |
| 11.20- 11.40 | [0042] Guided wave propagation and scattering in aerospace composite panels P Fromme University College London, UK | [0070] Monitoring and control of mechanical tensions during the struts removal process of the cantilever structure: ‘Museum of Tomorrow’, Rio De Janeiro, Brazil J P F M De Souza1, F G Da Costa2 and R J F Bauer1 1Souza/Costa, Brazil 2Falcão Bauer Quality Control Centre Brazil | [0199] Quantification of subsurface cracks in a thin aluminium beam
by the use of non-linear guided wave theory: a numerical and model-based
approach S Gschossmann, T Oberascher and M Schagerl Johannes Kepler University, Linz, Austria | [0047] Impact-induced strain wave detection using a robust feature extraction method A Beligni1, G Musotto1, C Sbarufatti1, K Dragan2, I Di Luch1, M Ferrario1 and M Giglio1 1Politecnico di Milano, Italy 2Air Force Institute of Technology, Warsaw, Poland | [0212] SHM case study: molten salt tank monitoring for highly efficient centralised solar power plants T Grandal1,2 and A Zornoza1 1AIMEN Technology Centre, Porriño, Spain 2City, University of London, London, UK | |
| 11.40- 12.00 | [0141] Experimental application of Lamb wave-based SHM system to complex composite material structures A Sorrentino1, A De Fenza2, F Romano1 and U Mercurio1 1Italian Aerospace Research Centre – CIRA, Capua, Italy 2University of Naples, Italy | [0080] Performance of sensor placement strategies used in system identification based on modal expansion M M Jaya1, R Ceravolo1, E Matta1 and L Z Fragonara2 1Politecnico di Torino, Italy 2Cranfield University, UK | [0278] Detecting delaminations in composites through active wave
modulation spectroscopy: analytical investigation of critical non-linear
mechanisms C S Rekatsinas, N A Chrysochoidis and D A Saravanos University of Patras, Greece | [0050] Passive monitoring and location of impact events using in-situ modal decomposition N Nadarajah1, W K Chiu1, L R Francis Rose2, N Rajic2, S van der Velden2, C Rosalie2 and J Smithard2 1Monash University, Clayton, Australia 2Aerospace Division, Defence Science and Technology Group, Melbourne, Australia | [0375] The effects of SHM system parameters on the value of damage detection information L Long1,2, S Thöns1,2 and M Döhler3 1BAM Federal Institute for Materials Research and Testing, Berlin, Germany 2Technical University of Denmark, Lyngby 3University Rennes, France | |
| 12.00- 12.20 | [0187] Novel distributed sensing optical fibres in composite cylinders for impact damage detection I-B Kwon1, D-C Seo1, D-J Yoon1 and B-H Choi2 1Korea Research Institute of Standards and Science, Daejeon, Republic of Korea 2Dong-A University, Busan, Republic of Korea | [0095] Damage detection in a reinforced concrete slab using outlier analysis B A Qadris1, D Tcherniak2, M D Ultiksen1 and L Damkilde1 1Aalborg University, Esbjerg, Denmark 2Bruel & Kjær Sound & Vibration, Nærum, Denmark | This slot is available for a late submission | [0054] Analytical, numerical and experimental formulation of the sensor placement optimisation problem for guided waves R Soman, P Malinowski, P Kudel and W Ostachowicz Institute of Fluid Flow Machinery of Polish Academy of Sciences, Gdansk, Poland | [0223] Storey-based identification of multi-storey buildings: an alternative to modal identification E Safak and E Cakti Bogazici University, Istanbul, Turkey | |
| 12.25- 13.45 | Lunch – Three-course lunch with wine | |||||
| Multi-functional materials and composite structures 2 Chairs: Jens Prager and Yuris Dzenis Room A: Deansgate Suites 2 & 3 | SHM for civil engineering 2 Chairs: Keith Worden and Neil Hoult Room B: Deansgate Suite 1 | Acoustic emission 1 Chairs: Michelle Salvia and Marcias Martinez Room C: Deansgate Meeting Rooms 2, 3 & 4 | Signal processing and imaging 2 Chairs: Claudio Sbarufatti and Eduardo Barrera Room D: Deansgate Meeting Rooms 8 & 9 | Nanosensors for SHM Chairs: Zhongqing Su and Matthieu Gresil Room E: Deansgate Boardroom | SHM technology for wind turbines 1 Chairs: Eleni Chatzi and Abhishek Kundu Room F: Deansgate Meeting Room 1 | |
| 13.50- 14.10 | [0129] Determination of the orthotropic viscoelastic tensor of composites by means of the pulsed ultrasonic polar scan A A D Martens1, J G S Daemen1, M Kersemans2, E C Verboven2, S B M Delrue1, W van Paepegem2 and K E A van den Abeele1 1Wave Propagation and Signal Processing (WPSP), Kortrijk, Belgium 2Ghent University, Zwijnaarde, Belgium | [0100] Frequency-domain damage detection of seismically-excited buildings C-M Chang1 and S-K Huang2 1National Taiwan University, Taiwan 2National Center for Research on Earthquake Engineering, Taipei, Taiwan | [0134] Damage identification in a tubular composite/metal joint through chronology-based robust clustering of acoustic emissions N Chandarana1, E Ramasso2, Z Wu1, J Bernard3, J Pethick3, P Chatzi3, C Soutis1 and M Gresil1 1The University of Manchester, UK 2FEMTO-ST Institute, Besançon, France 3UTC Aerospace Systems, Banbury, UK | [0063] Synthetic aperture focusing technique for correction of poorly-focused ultrasonic pressure tube inspection data H Zhao, A Gachagan, G Dobie, C Wallace and G West University of Strathclyde, UK | [0162] An inkjet-printed nanocomposite-inspired sensor network for acousto-ultrasonics-based structural health monitoring Y Liao, P Zhou, L-M Zhou and Z Su The Hong Kong Polytechnic University, Hong Kong | [0019] Analysis of changing environmental and operational conditions in a radar-based SHM system for wind turbine blades J Moll1, M Mälzer1, J Simon1, V Krozer1, C Kramer2, H Friedmann2, A Nuber2, R Salman3, D Pozdniakov3 and M Dürr4 1Goethe University of Frankfurt am Main, Germany 2Wölfel Engineering GmbH & Co KG, Höchberg, Germany 3HF Systems Engineering GmbH & Co KG, Kassel, Germany 4Volta Windkraft GmbH, Ochsenfurt, Germany |
| 14.10- 14.30 | [0317] Hybrid PZT-FBG guided elastic wave damage detection in composite plates B Chapuis1, G Laffont1, N Roussel1, O Mesnil1 and O D’Almeida2 1CEA LIST, Saclay, France 2Safran Tech, Magny-lès-Hameaux, France | [0143] Input-output versus output-only modal identification of Baixo Sabor concrete arch dam J Gomes1, S Pereira2, F Magalhães2, J Vieira Lemos1, Á Cunha2 1National Laboratory of Civil Engineering (LNEC), Lisboa, Portugal 2University of Porto, Portugal | [0058] Improved signal processing of acoustic emissions for structural health monitoring using a data-driven approach S F Wirtz and D Söffker Universitat Duisburg-Essen, NRW Germany | [0077] A Bayesian time-of-flight estimation for ultrasonic damage detection S Cantero-Chinchilla1,2, J Chiachío-Ruano1, M Chiachío-Ruano1, A Jones1, Y Essa2 and F M De La Escalera2 1The University of Nottingham, UK 2Aernnova Engineering Division SA, Madrid, Spain | [0289] Highly flexible ionic liquid capacitive sensor for aerodynamic pressure measurement X Yang, X Qing and Y Wang Xiamen University, China | [0064] Acoustic emission localisation using airborne sound: where did the wind turbine rotor blades crack? T Krause and J Ostermann Universität Hannover, Germany |
| 14.30- 14.50 | [0333] A repairable installation procedure for SHM sensors onto composite structures N Yue, Z S Khodaei and M H Aliabadi Imperial College London, UK | [0150] Inspection and structural assessment of hydraulic structures: visual, calculative, experimental M Gutermann and B Koppe University of Applied Sciences Bremen, Germany | [0113] Monitoring buried infrastructure deformation using acoustic emission H J Heather-Smith, A Smith, N Dixon, J A Flint and J Wordingham Loughborough University, UK | [0082] Condition assessment of structures using smartphones: a position independent multi-epoch imaging approach R Kromanis and H Liang Nottingham Trent University, UK | [0198] Crack propagation monitoring with carbon nanotube doped adhesive films on skin-stringer sub-elements X X Fernández Sánchez-Romate1,2, Á R Pozo1, V Yokaribas3, J Kathol3, A Jiménez-Suárez1, R Moriche1, M Sánchez1, C-P Fritzen3, A Güemes2 and A Ureña1 1University of Rey Juan Carlos, Madrid, Spain 2Universidad Politécnica de Madrid (UPM), Madrid, Spain 3Universität Siegen, Fakultät IV, Siegen, Germany | [0074] A study of rotational loads on the supporting structure of an onshore wind turbine by time-frequency analysis K-C Lu1, J Chang1, Y-S Kuo2, W-C Tseng2, H-C Peng3 and Y-C Chen4 1National Center for Research on Earthquake Engineering, Taipei, Taiwan 2National Cheng Kung University, Tainan, Taiwan 3Industrial Technology Research Institute, Hsinchu, Taiwan 4Taiwan Power Company, Taichung, Taiwan |
| 14.50- 15.10 | [0007] A flexible integrated impact monitoring system for aircraft composite structures L Qiu1, S Yuan1, X Deng1, Y Huang2 and Y Ren1 1Nanjing University of Aeronautics and Astronautics, China 2University of Science and Technology, Wuhan, China | [0178] Distributed strain measurements for culvert assessment Y Liu, N A Hoult and I D Moore Queen’s University, Canada | [0204] Audible acoustics for detecting and locating damage in composite structures M Pearson1, R Pullin1 and E Szigeti2 1Cardiff University, UK 2Airbus, UK | [0098] Autonomous surface inspection of wind turbine blades for quality assurance in production R A Lyngby1, H Aanæs1, E Nielsen2 and A B Dahl1 1DTU Compute, Technical University of Denmark, Denmark 2Siemens Gamesa Renewable Energy, Aalborg Ost, Denmark | [0241] On the mechanical behaviour of a composite stiffener with inkjet-printed electronics F Heinrich, T Genco and R Lammering Helmut-Schmidt-University/University of the Federal Armed, Hamburg, Germany | [0090] Damage severity assessment of a laboratory wind turbine blade using a virus optimisation algorithm H Turnbull and P Omenzetter The University of Aberdeen, UK |
| 15.10- 15.30 | [0003] Validation of a multifunctional hybrid piezo/temperature sensor for process and structural health monitoring of CFRP structures M Scheerer1, Z Simon1, M Marischler1 and B Rittenschober2 1Aerospace & Advanced Composites GmbH, Wiener Neustadt, Austria 2ALPEX GmbH, Austria | [0219] Application of fully-passive wireless sensors to the monitoring of reinforced concrete structure degradation R Khalifeh1,2, B Lescop1, P Talbot1, S Rioual1 and F Gallée2 1Université de Bretagne, France 2Lab-STICC/MOM, France | [0209] Power spectral entropy (PSE) as a qualitative damage indicator A K Das and C K Y Leung Hong Kong University of Science and Technology (HKUST), Hong Kong | This slot is available for a late submission | [0285] Model-assisted study for deeper analysis of conductivity and piezoresistivity of nanocomposites and films with graphene nanoplatelets for smart structure application V Yokaribas, P Friebertshäuser and C-P Fritzen Universität Siegen, Fakultät IV, Siegen, Germany | [0123] QQ plot for assessment of Gaussian process wind turbine power curve error distribution function R K Pandit and D Infield University of Strathclyde, UK |
| 15.30- 15.50 | [0368] Damage detection with ultrasonic guided waves under operational conditions M Salmanpour, Z S Khodaei and M H Aliabadi Imperial College London, UK | [0251] The socio-economic benefits of fibre optic strain-based SHM of critical infrastructure M Lydon1, S Taylor1, D Lydon1 and B McFarland2 1Queen’s University, Belfast, UK 2McFarland Associates Ltd, Belfast, UK | [0059] High-speed data acquisition system for continuous acoustic emission monitoring and real-time signal processing using FPGA-based platform within a SHM framework S F Wirtz, A P A Cunha, N Beganovic and D Söffker Universitat Duisburg-Essen, NRW Germany | [0249] Using wavelet level variance and the discrete wavelet transform to monitor post-operative healing of vocal cords M Civera1, C M Filosi2, N M Pugno3,4,5, M Silvestrini2, C Surace1 and K Worden6 1Politecnico di Torino, Turin, Italy 2Azienda Provinciale per i Servizi Sanitari, Trento, Italy 3University of Trento, Trento, Italy 4Queen Mary University of London 5Italian Space Agency, Rome, Italy 6University of Sheffield | [0163] Health self-monitoring of nano-engineered composites with enhanced mechanical and electrical profiles Y Li, Y Liao and Z Su The Hong Kong Polytechnic University, Hong Kong | [0057] Investigations on fatigue, fracture mechanics and ultimate limit state of a wind turbine rotor blade – full scale testing, failure analysis and FEM simulations H Friedmann1, T Grießmann2, S Kremling1, A Nuber1 and F Sayer3 1Woelfel Engineering GmbH + Co KG, Germany 2Leibniz Universitaet Hannover, Institut fuer Statik u Dynamik 3Fraunhofer IWES, Bremerhaven |
| 15.50- 16.10 | Tea, Coffee and Exhibition | |||||
| Multi-functional materials and composite structures 3 Chairs: Olivier Mesnil and Rafik Hadjria Room A: Deansgate Suites 2 & 3 | Structured Session: Monitoring and assessment of civil structure Chairs: Eleni Chatzi and Ying Wang Room B: Deansgate Suite 1 | Modelling and simulation for SHM Chairs: Constantinos Soutis and Bastien Chapuis Room F: Deansgate Meeting Room 1 | Machine learning and pattern recognition 2 Chairs: Emmanuel Ramasso and Irwanda Laory Room D: Deansgate Meeting Rooms 8 & 9 | Sensors Chairs: Vincent Le Cam and Stefano Mariani Room E: Deansgate Boardroom | ||
| 16.10- 16.30 | [0334] RAPID scaling subtraction algorithm for composite patch repair F Lambinet, Z S Khodaei and M H Aliabadi Imperial College London, UK | [0151] Modal-based damage localisation on wind turbine blades under environmental variability K Tatsis, V Dertimanis and E Chatzi ETH Zürich, Switzerland | [0004] An abstract approach towards modelling intelligent structural systems D Legatiuk and K Smarsly Bauhaus University Weimar, Germany | [0343] Prognostics of composite structures utilising structural health monitoring data fusion N Eleftheroglou1, D Zarouchas1, R Alderliesten1, R Benedictus1 and Theodoros Loutas2 1Structural Integrity & Composites Group, Aerospace Engineering Faculty, Delft University of Technology, HS Delft, The Netherlands 2Applied Mechanics Laboratory, Department of Mechanical Engineering & Aeronautics, University of Patras, Greece | [0092] Design and implementation of embedded sensors based on electrical resistivity to determine water content profiles in thick concrete structures J Badr1,2, Y Fargier2,4, F Deby1, G Villain2, S Palma-Lopes2, S Delepine-Lesoille3, J P Balayssac1 and L M Cottineau2 1Université Paul Sabatier III, Toulouse, France 2IFSTTAR, Sites de Nantes et de Bron, France 3National Radioactive Waste Management Agency (Andra) Chatenay-Malabry, France 4CEREMA, Normandie-Centre, France | |
| 16.30- 16.50 | [0015] Self-powered strain sensor using mechano-luminescence-optoelectronic self-sensing composites D Ryu and G Macias New Mexico Institute of Mining and Technology, Socorro, USA | [0175] Piezoelectric transducer excitation for guided wave propagation on pipeline with flexural wave modes X Niu1,2, H-P Chen2 and H R Marques1 1TWI Ltd, Cambridge, UK 2University of Greenwich, Kent, UK | [0006] Online updating Gaussian process model for fatigue crack diagnosis and prognosis H Wang, S Yuan, J Chen, L Qiu and Y Ren Nanjing University of Aeronautics and Astronautics, China | [0222] Deep sensing approach to single-sensor bridge weighing in motion T Kawakatsu1, K Aihara2, A Takasu2 and J Adachi2 1The University of Tokyo, Japan 2National Institute of Informatics, Tokyo, Japan | [0291] Smart autonomous sensor network for multi-level damage identification R Loendersloot University of Twente, Enschede, The Netherlands | |
| 16.50- 17.10 | [0144] Estimating lithium-ion battery state of charge and health with ultrasonic guided waves using an efficient matching pursuit technique P Ladpli1, C Liu1, F Kopsaftopoulos2 and F-K Chang1 1Stanford University, California, USA 2Rensselaer Polytechnic Institute, Troy, USA | [0191] Non-destructive determination of uniaxial absolute stress in structural steel members using the ultrasonic shear wave method D Liu1, Z Li1, J He1, J Teng1 and C He2 1Harbin Institute of Technology Shenzhen, China 2China Academy of Building Research, Shenzhen, China | [0009] Load adaptive baseline by inverse finite element method for structural damage identification L Colombo, C Sbarufatti and M Giglio Politecnico di Milano, Italy | [0314] Composing robust damage-sensitive features with deep neural networks M Silva1, A Santos1,4, R Santos1, E Figueiredo2,3, C Sales1 and J Costa1 1Universidade Federal do Pará, R Augusto Corrêa, Brazil 2Universidade Lusófona de Humanidades e Tecnologias, Lisbon, Portugal 3Institute of R&D in Structures and Construction, Porto, Portugal 4Universidade Federal do Sul e Sudeste do Pará, Brazil | [0245] Effective structural health monitoring through the monitoring of pressurised capillaries in additive manufactured materials M Hinderdael, Z Jardon, D De Baere, and P Guillaume Vrije Universiteit Brussel, Belgium | |
| 17.10- 17.30 | [0181] Embedded curing and lifetime monitoring of fibre-reinforced epoxy in civil engineering repairs by distributed piezo sensors O A Bareille1, M Salvia1 and M Zhang2 1University of Lyon, France 2Beijing University of Chemical Technology, China | [0192] Axial stress measurement of concrete with non-linear ultrasonic harmonic method J Zheng, Z Li, J He, J Teng and L Zheng Harbin Institute of Technology Shenzhen, China | [0067] Numerical calibration of direct current potential drop measuring: a comparison of FEM and Bayesian filtering-based approaches T Berg1, S Von Ende2 and R Lammering1 1Helmut Schmidt University, Hamburg, Germany 2Rolls-Royce Deutschland Ltd & Co KG, Blankenfelde-Mahlow, Germany | This slot is available for a late submission | [0186] Direct-Write piezoelectric ultrasonic transducers for impact damage detection in composite plates M Philibert1,2, S Chen1, K Yao1, C Soutis2 and M Gresil2 1Institute of Materials Research and Engineering, Singapore 2University of Manchester, UK | |
| 17.30- 17.50 | This slot is available for a late submission |
[0202] Structural condition identification for civil infrastructure: an appraisal based on existing literature reviews Y Wang and M Chryssanthopoulos University of Surrey, UK | [0065] Numerical structural identification of a cross-laminated timber slab using 3D laser scanning E Serantoni, M Muster and A Wieser ETH Zürich, Switzerland | This slot is available for a late submission | [0242] Bordering the footprint of an AE sensor using a bank of sharply-defined frequency domain capacitive micromachined ultrasonic transducers P Butaud, G Bourbon, P Le Moal, E Joseph, B Verdin, E Ramasso, V Placet and L Boubakar FEMTO-ST Institute, Besançon, France | |
| 18.00- 22.00 | National Football Museum tour including a three-course dinner with wine (invitation only) | |||||
Thursday 12 July 2018
| 08.30 onwards | Registration – Hotel Foyer | ||||
| 09.00- 10.00 | Keynote Lecture – Water-based inks of 2D materials for all printed devices Professor C Casiraghi, University of Manchester Room A: Deansgate Suites 2 & 3 | ||||
| 10.00- 10.20 | Tea, Coffee and Exhibition | ||||
| | Optical fibres for SHM 1 Chairs: Moshe Tur and Francesco Ciampa Room A: Deansgate Suites 2 & 3 | Damage detection using vibration measurements 1 Chairs: Yavuz Kaya and Michal Dziendzikowski Room B: Deansgate Suite 1 | Signal processing and imaging 3 Chairs: Dmitrii Legatiuk and John Sakellariou Room C: Deansgate Meeting Rooms 2, 3 & 4 | Ultrasonics 1 Chairs: Philippe Blanloeuil and Nazih Mechbal Room D: Deansgate Meeting Rooms 8 & 9 | SHM technology for wind turbines 2 Chairs: Marc Rebillat and Nathalie Saguin Room E: Deansgate Boardroom |
| 10.20- 10.40 | [0046] Continuous strain measurements in a shotcrete tunnel lining using distributed fibre optic sensing C M Monsberger, W Lienhart, A Kluckner, L Wagner and W Schubert Graz University of Technology, Austria | [0069] Damage identification based on improved Kalman filter with the precise integration method J-Z Huang1, D-S Li1 and C Zhang2 1University of Technology, Dalian, China 2Nanchang University, China | [0176] Computation of image features for full-wavefield characterisation in fast non-contact inspections Y K Esfandabadi, A Marzani and L De Marchi University of Bologna, Italy | [0062] Signal-level clustering of acoustic emission streaming P Butaud1, E Ramasso1, H Ahayan1, T Jeannin1, N Godin2 and V Placet1 1FEMTO-ST Institute, Besançon, France 2Université de Lyon, Villeurbanne, France | [0125] Cost-effective vibration-based detection of wind turbine blade icing from sensors mounted on the tower W Weijtjens1, L D Avendaño-Valencia2, C Devriendt1 and E Chatzi2 1Vrije Universiteit Brussel, Belgium 2Institute of Structural Engineering, ETH Zürich, Switzerland |
| 10.40- 11.00 | [0068] Optical fibre Bragg grating sensor-based mode shape identification using sub-microstrain amplitude excitation U Nawrot1,2, T Geernaert1,3, B De Pauw1,3, D Anastasopoulos2, E P B Reynders2, G De Roeck2 and F Berghmans1,3 1Vrije Universiteit Brussel (VUB), Belgium 2Department of Civil Engineering, University of Leuven (KU Leuven), Belgium 3Flanders Make, Lommel, Belgium | [0117] Comparison of damage sensitivities of autoregressive coefficients and natural frequencies for structural health monitoring of a top-tensioned riser B Bayik, P Omenzetter, D van der A and E Pavlovskaia University of Aberdeen, UK | [0206] Sparsity-constrained identification of external forces and structural damage D Ginsberg and C-P Fritzen Universität Siegen, Fakultät IV, Siegen, Germany | [0228] Resonant air-coupled emission (RACE): a new approach to structural health monitoring of composite structures I Solodov and M Kreutzbruck University of Stuttgart, Germany | [0138] Acousto-ultrasonic damage monitoring in a thick composite beam for wind turbine applications R Loendersloot1, M Venterink1, A Krause2 and F Lahuerta2 1University of Twente, Enschede, The Netherlands 2Knowledge Centre, Wieringerwerf, The Netherlands |
| 11.00- 11.20 | [0087] Preliminary robustness analysis of a structural health monitoring PCA-based algorithm F M Pisano and M Ciminello CIRA, Caserta, Italy | [0174] Rotating machines system identification by means of big data analysis N Gioia, C Peeters, P J Daems, P Guillaume and J Helsen Vrije Universiteit Brussel, Belgium | [0220] A novel method of corrosion damage monitoring of porous aluminium alloy structure based on piezoelectric sensor X Wang, W Zhang, X Gao, Y Zhao, W Dai and R Wang Beihang University, Beijing, China | [0179] Inverse problems using spectral finite element method S Paunikar and S Gopalakrishnan Indian Institute of Science, Bangalore, India | [0195] Quantitative inspection of wind turbine blades using UAV deployed photogrammetry S G Pierce1, K C Burnham2, D Zhang1, L McDonald1, C N MacLeod1, G Dobie1, R Summan1 and D McMahon2 1University of Strathclyde, UK 2Advanced Forming Research Centre (AFRC), Renfrew, UK |
| 11.20- 11.40 | [0121] SHM using integrated photonics-based fibre sensing solutions R Evenblij Technobis – TFT, Holland | [0201] Damage detection in the presence of varying temperature through residual error modelling approach with dual neural network S Sharma and S Sen Indian Institute of Technology, Mandi, India | [0290] Experimental determination of 3D Green’s function in composite plates for defect imaging using guided waves A Kulakovskyi1,2, O Mesnil2, B Chapuis2, O D’Almeida1 and A Lhémery2 1SAFRAN Tech, Magny-Lès-Hameaux, France 2CEA LIST, Saclay, France | [0235] Comparison of coded excitations in the presence of a
transducer’s transfer function in ultrasonic guided wave testing of
pipelines H N Mahal1,2, A K Nandi1 and P Mudge2 1Brunel University, London, UK 2TWI, Cambridge, UK | [0321] Active sensors for load and damage monitoring in a wind turbine blade: a hybrid manufacturing technique M A Shohag1, K Joshi1, T Ndebele1, M Pollard1, S Tran2, L B Carani1, T Dickens1 and O Okoli1 1FAMU-FSU College of Engineering, Florida, USA 2University of Colorado, Boulder, Colorado, USA |
| 11.40- 12.00 | [0124] Distributed corrosion detection using dedicated optical fibre sensor (OFS)-based steel rebar within reinforced concrete structures by optical frequency-domain reflectometry (OFDR) S Magne, S A Alvarez and S Rougeault CEA, Gif-sur-Yvette, France | [0277] Structural system identification for controlled buildings with active mass dampers providing input excitation C-C Chang1 and J-F Wang2 1National Center for Research on Earthquake Engineering, Taipei, Taiwan 2National United University Miaoli, Taiwan | [0315] DIC-based detection of bolted beam-to-column connection changes D Ziaja, B Turoń and B Miller Rzeszow University of Technology, Poland | [0275] A characterisation framework for simulation-based LWSHM algorithms M Guskov1, M Rébillat1, E Balmes2,1, N Mechbal1 1ParisTech, France 2SDTools, Paris, France | [0230] A random vibration multiple model-based structural health monitoring platform for nominally identical composite aerostructures R Atlani1, S D Fassois1, A Georgantopoulou2, M Kazilas3, R Atlani1I Kressel1, M Kwak3, T London3, A G Poulimenos4, I Sáez de Ocáriz5, J S Sakellariou2, A Sawday1, K J Vamvoudakis-Stefanou2, P Venegas5 and A Ward3 1Advanced Structural Technologies, Israel 2University of Patras, Greece 3TWI Ltd, Cambridge, UK 4Advances in Science and Engineering EE, Chios, Greece 5Centro de Tecnologías Aeronáuticas (CTA), Alava, Spain |
| 12.00- 12.20 | [0155] Quantification of cracks in reinforced concrete structures using distributed fibre optic sensors A Bassil, X Chapeleau, D Leduc and O Abraham French Institute of Science and Technology for Transport, France | [0306] Anomaly detection approach for fan monitoring – an industrial case study A Lis1,2, Z Dworakowski1 and P Czubak1 1AGH University of Science and Technology, Kraków, Poland 2Elmodis, Kraków, Poland | [0346] A super resolution signal reconstruction method of Lamb waves J Cai, Z Zhou and X Wang Nanjing University of Aeronautics and Astronautics, China | This slot is available for a late submission | [0271] Early detection of damages in multi-layered composite structures by effective source location method D-J Yoon, S-H Lee, B-H Han, C-S Park and I-B Kwon Korea Research Institute of Standards and Science, Daejeon, Republic of Korea |
| 12.25- 13.45 | Lunch – Three-course lunch with wine | ||||
| Optical fibres for SHM 2 Chairs: Alfredo Guemes and Christophe Monsberger Room A: Deansgate Suites 2 & 3 | SHM for civil engineering 3 Chairs: Marc Gutermann and Donghyeon Ryu Room B: Deansgate Suite 1 | Acoustic emission 2 Chairs: Michael Sheerer and Francesc Pozo Room C: Deansgate Meeting Rooms 2, 3 & 4 | Ultrasonics 2 Chairs: Peter Cawley and Lei Qiu Room D: Deansgate Meeting Rooms 8 & 9 | Laser methods 1 Chairs: Chun Wang and Nathan Salowitz Room E: Deansgate Boardroom | |
| 13.50- 14.10 | [0160] Tunnel convergence analysis by distributed optical fibre strain sensing with means of finite element – inverse analysis method A Piccolo1,2, Y Lecieux2, S Delepine-Lesoille1, D Leduc2, F Bumbieler1, P Teixeir3 and J Zghondi1 1National Radioactive Waste Management Agency (Andra), Châtenay-Malabry, France 2Université de Nante, France French Institute of Science and Technology for Transport, France 3Egis Géotechnique, Seyssins, France | [0236] Real-time structural health monitoring by non-linearity degree analysis based on Hilbert-Huang transform C-Y Hsieh, A Sawadogo and T-K Lin National Chiao Tung University, Hsinchu, Taiwan | [0281] Detection of impact location and impactor characteristics using the post-impact sensor response of laminated plates T C Theodosiou, C S Rekatsinas andD A Saravanos University of Patras, Greece | [0296] Ice detection on aircraft using surface acoustic wave-based sensor N A Feidenhans'l, K Astafiev and R Lou-Møller Meggitt A/S, Kvistgaard, Denmark | [0032] Experimental analysis of ultrasonic guided wave-based damage localisation in a tapered composite plate J Simon1, J Moll1, T Wandowski2, P Malinowski2 and W Ostachowicz2 1Goethe University of Frankfurt am Main, Germany 2Institute of Fluid Flow Machinery of Polish Academy of Sciences, Gdansk, Poland |
| 14.10- 14.30 | [0169] Utilisation of optimised optical fibres for structural health monitoring O Rufai, M Gautam, P Potluri and M Gresil University of Manchester, UK | [0238] Damage diagnosis of three-dimensional structures by entropy-based structural health monitoring system A G Lainez, C-W Chang and T K Lin National Chiao Tung University, Hsinchu, Taiwan | [0282] Development and evaluation of structural health monitoring systems for fibre composites in automotive applications based on elastic waves T Gaul, K Tschöke, E Schulze and L Schubert Fraunhofer-Institut für Keramische Technologien und Systeme (IKTS), Dresden, Germany | [0310] Research on Lamb wave-based composite structural damage classification method M A Shu-Xian and W Qiang Nanjing University of Posts and Telecommunications, China | [0305] Damage indices as a measure for optimal sensor placement in a guided wave monitored cracked-notched plate based on numerical simulation versus scanning lased doppler vibrometry R Sridaran Venkat, M El Bakouri and C Boller Saarland University, Germany |
| 14.30- 14.50 | [0183] Field monitoring of reinforced concrete structures under cyclic loading Z E Broth and N A Hoult Queen’s University, Kingston, Canada | [0257] Navigational structures: robotic platform for the detection of corrosion and protective coating thickness above and below the water surface J A Evans, Q G Alexander, J R Tallent, R D Brown and M D Smith USACE Engineer Research Development Center, Vicksburg, Mississippi, USA | [0320] Development of an asymmetric sensor array with beamforming technique H-K Jung, J Y Jeon and G Park Chonnam National University, Gwangju, South Korea | [0326] Quantitative performance analysis of ultrasonic corrosion rate detection F Zou1,2 and F B Cegla1 1Imperial College London, UK 2The Hong Kong Polytechnic University, Hong Kong | [0075] Laser-induced narrowband ultrasound for fatigue crack detection P Liu, J Jang and H Sohn Department of Civil and Environmental Engineering, Korea Advanced Institute of Science and Technology, Daejeon, Republic of Korea |
| 14.50- 15.10 | [0200] High-temperature ultrasonic/AE sensing system using fibre optic Bragg gratings F Yu and Y Okabe University of Tokyo, Japan | [0272] Unmanned system and vehicle for infrastructure inspection: image correction, quantification, reliabilities and formation of façade map C H Kuo1, S H Hsiung1, K C Peng1, T H Yang1, Y C Hsieh1, Y D Tsai1, C C Shen1, Y T Wang2 and C Kuo1 1Chung-Yuan Christian University, Taiwan 2National Taiwan University of Science and Technology, Taiwan | [0367] Modelling of pencil-lead break acoustic emission sources using the time reversal technique F Falcetelli1,2, M B Romero3, S Pant4, E Troiani2 and M Martinez1,3 1Clarkson University, USA 2University of Bologna, Italy 3Delft University of Technology, The Netherlands 4Aerospace Research Centre, Canada | [0036] Enhanced temperature compensation for guided wave-based SHM of pipes S Mariani, S Heinlein and P Cawley Imperial College London, UK | [0076] Increasing the acquisition speed of laser ultrasonics via pulse train excitation B Park1, I Jeon2, P Liu2 and H Sohn2 1Korea Institute of Materials Science, Gyeongnam, Republic of Korea 2Department of Civil and Environmental Engineering, Korea Advanced Institute of Science and Technology, Daejeon, Republic of Korea |
| 15.10- 15.30 | [0221] Avoiding signal distortion in several classes of dynamic fibre optic interrogators H D Bhatta, R Davidi and M Tur Tel-Aviv University, Israel | [0294] Structural dynamic monitoring of VEGA-A platform: 30 years of data M Rizzo, M Betti, O Spadaccini and A Vignoli University of Florence, Italy | [0377] Distributed multi-point fibre-optic acoustic emission SHM system for condition management of aircraft structures E Mendoza, J Prohaska, C Kempen, Y Esterkin and S Sun Sridhar Department of Mechanical Engineering, Northwestern University, Evanston | [0356] Topological derivative methods for damage detection A Martinez, J A Guemes, J M Perales and J M Vega School of Aerospace Engineering, Madrid, Spain | [0081] Laser ultrasonic rotation scanning for corner inspection of l-shaped composite structure Y-J Lee1, J-R Lee1 and S-J Hong2 1Korea Advanced Institute of Science and Technology, Republic of Korea 2Korea Aerospace Industry, Gyeongsangnam, Republic of Korea |
| 15.30- 15.50 | This slot is available for a late submission | This slot is available for a late submission | [0327] Probabilistic method for damage identification in multi-layered composite structures A Kundu1, S Sikdar2, M J Eaton1 and R Navaratne3 1Cardiff University, UK 2Polish Academy of Sciences, Gdansk, Poland 3University of South Wales, UK | This slot is available for a late submission | This slot is available for a late submission |
| 15.50- 16.15 | Tea, Coffee, Exhibition and Poster Session | ||||
| 16.15- 17.00 | SHM in action Chair: Christian Boller Room: TBC DatAcoustics for intelligent structures J Moll, Goethe University Frankfurt am Main, Germany SmartScan aero mini FBG interrogator J M Alvarez, Smart Fibres Ltd A demonstration of BridgeWatch® and Smart Asset Management (SAMS), using big data analytics to enable real-time and automatic reporting A Scullion, James Fisher Testing Services Passive and dynamic FBG sensor interrogation systems E Mendoza, Redondo Optics Inc Virtual environments for structural health monitoring Branko Glisic, Princeton University | ||||
| 17.00- 17.15 | To attend the evening event, congregate in the Foyer to depart at 17.30 promptly | ||||
| 18.15- 22.30 | Tour of Manchester United football stadium and museum at Old Trafford followed by the Gala Dinner | ||||
Friday 13 July 2018
| 08.30 onwards | Registration – Hotel Foyer | ||||
| 09.00- 10.00 | Keynote Lecture – Contact-induced non-linear guided wave for structural health prognostics Professor C H Wang, University of New South Wales, Australia Room A: Deansgate Suites 2 & 3 | ||||
| 10.00- 10.20 | Tea, Coffee and Exhibition | ||||
| | Optical fibres for SHM 3 Chairs: Moshe Tur and Marcias Martinez Room A: Deansgate Suites 2 & 3 | Damage detection using vibration measurements 2 Chairs: Rolands Kromanis and Lin Yue Room B: Deansgate Suite 1 | SHM for civil engineering 4 Chairs: Yiqing Ni and Erdal Safak Room C: Deansgate Meeting Rooms 2, 3 & 4 | Vibration analysis and electromechanical impedance Chairs: Martin Schagerl and Jochen Moll Room D: Deansgate Meeting Rooms 8 & 9 | Laser methods 2 Chairs: Wiesław Ostachowicz and Zahra Sharif-Khodaei Room E: Deansgate Boardroom |
| 10.20- 10.40 | [0307] Potential of optical frequency domain reflectometry fibre-based sensors for distributed temperature measurements during vacuum thermal cycling of satellites C Sabatier1, A Morana1, S Girard1, Y Ouerdane1, A Boukenter1, E Marin1, O Gilard2 and L Picot2 1Université de Lyon, Saint-Etienne, France 2Centre National d’Etudes Spatiales, France | [0319] On the feasibility of utilising vibrations for bolted joint assessment D Tcherniak1 and J J Thomsen2 1Bruel and Kjaer Sound and Vibration Measurement, Denmark 2Technical University of Denmark, Denmark | [0332] System identification of steel jacket-type offshore platforms using vibration test H R Shokrgozar1 and B Asgarian2 1University of Mohaghegh Ardabili, Ardabil, Iran 2K N Toosi University of Technology, Tehran, Iran | [0128] Impedance-based structural health monitoring under low signal-to-noise ratio conditions B A De Castro1, F Baptista1 and F Ciampa2 1São Paulo State University (UNESP), Brazil 2University of Bath, UK | [0083] Development of pulse-echo ultrasonic propagation imaging system capable of customisable area inspection H Ahmed, S-C Hong and J-R Lee Korean Advanced Institute of Science and Technology, Daejeon, Republic of Korea |
| 10.40- 11.00 | [0227] Development and testing of a geogrid sensorised with distributed optical fibre sensor P Corvaglia1, A Alvarez-Castro2, D Zangani1 and G Loriga1 1Rina S P A, Italy 2Acciona Construction, Spain | [0353] Vibration modes measurement of defective plate using high-speed digital image correlation Z Liang, M Zhao, A Liang and L Yue Nanjing University of Aeronautics and Astronautics, China | [0274] Modal-based SHM of hospitals in earthquake-prone regions C Rainieri, G Fabbrocino and D Gargaro Universita degli Studi del Molise, Italy | [0164] Localisation of damage by model-based evaluation of electromechanical impedance measurements C Kralovec, M Schagerl and M Mayr Johannes Kepler University Linz, Austria | [0102] A study on maintenance evaluation for column shortening of a high-rise building using 3D laser scanning H-B Shim, T-W Byeon, W-K Seok and S-J Park Research & Development Institute, Lotte Engineering & Construction, Seoul, Republic of Korea |
| 11.00- 11.20 | [0232] Statistical model for calculating the hole-edge crack length using fibre Bragg grating sensors B Jin, W Zhang, X Liang, F Ren, W Dai and Y Wang Beihang University, Beijing, China | [0376] Utilising force-state mapping for detecting fatigue damage precursors in aerospace applications E Habtour1,2,3, A Homborg1, D Di Maio3, R Haynes2 and T Tinga1,3 1The Netherlands Defence Academy, Den Helder, The Netherlands 2US Army Research Laboratory, USA 3University of Twente, Enschede, The Netherlands | [0339] How theoretical modelling compares to real-life through SHM using FBG sensors: a case study R E M Lutton, B J McFarland, E McKenna, C O’Higgins, B Magee, E Gyftaki and J Kearney McFarland Associates Ltd, UK | [0210] An approach to damage detection based on PZT sensors and transfer impedance method M Dziendzikowski, P Niedbala, K Kowalczyk, A Kurnyta and K Dragan Air Force Institute of Technology, Warszawa, Poland | [0118] Quantitative hidden wall-thinning detection of Lamb waves in aluminium plate with wave number analysis Z Liu, X Feng, B Wu and C He Beijing University of Technology, China |
| 11.20- 11.40 | [0256] Distributed strain sensing with sub-centimetre resolution for
the characterisation of structural inhomogeneities and material
degradation of industrial high-pressure composite cylinders R Eisermann, F Basedau, D Kadoke, P Gründer, A Schoppa, C Lehr, M Szczepaniak, S John, M Schukar, D Munzke and G Mair Bundesanstalt für Materialforschung und-prüfung (BAM), Berlin, Germany | [0379] Structural health monitoring of intermediate-level radioactive waste packages J N Eiras, C Payan, S Rakotonarivo and V Garnier Aix-Marseille Université, France | This slot is available for a late submission | [0116] Real-time impact identification technique using modal superposition D Goutaudier1,2,3, D Gendre2 and V Kehr-Candille1 1Onera, France, 2Airbus, France, 3Cnam Paris, France | [0322] Experimental study on guided and standing wave-based full-field laser scanning for damage detection J Y Jeon, D H Kim and G Park Chonnam National University, Gwangju, South Korea |
| 11.40- 12.00 | This slot is available for a late submission | [0043] Procedure for the evaluation of the performance of an installed SHM system S Heinlein1, S Mariani1, P Cawley1 and T Vogt2 1Imperial College London 2Guided Ultrasonics Ltd, Brentford | This slot is available for a late submission | [0097] Ultrasonic inspection of bonded metal laminates using internal shear-mode piezoelectric transducers H Altammar and N Salowitz University of Wisconsin, USA | This slot is available for a late submission |
| 12.00- 12.20 | Closing ceremony | ||||
| 12.25- 14.00 | Lunch – Three-course lunch with wine | ||||
| 14.00- 17.00 | Visit to the University of Manchester (National Graphene Institute, X-Ray Henry Moseley Lab, Northwest Composite Centre) | ||||
