where expertise comes together - since 1996 -

The Largest Open Access Portal of Nondestructive Testing (NDT)

Conference Proceedings, Articles, News, Exhibition, Forum, Network and more

where expertise comes together
- since 1996 -

Archive Authors Keywords


Publication Index



Select filters or/and search


Sort Pages
Check Filters!
New/Updated
DGZfP Workshops
NDT.net Journal
NDT Review
NDT in Progress 2019
DIR 2019
NDT Canada 2019
NDE-Nuclear-2019
DGZfP MTHz 2019
more >
New/UpdatedDGZfP WorkshopsNDT.net JournalNDT ReviewNDT in Progress 2019DIR 2019NDT Canada 2019NDE-Nuclear-2019DGZfP MTHz 2019 more >

Keyword: guided waves (lamb waves),
Search Results: 377
Title / Author(s) / Keywords PublicationDate
2016-08 EWSHM 2016
Nonlinear Acoustics for Structural Health Monitoring – Classical vs. Non-classical Approaches
W. Staszewski17
Deaprtment of Robotics and Mechatronics; AGH- University of Science and Technology63, Krakow, Poland
Ultrasonic Testing (UT), composite, defect characterization, guided waves (lamb waves), Piezoelectric sensors, impact damage detection, crack detection, nonlinear acoustics, non-classical approach

EWSHM 2016
Session:
2016-08
2016-08 EWSHM 2016 Aerospace structures: Modeling, Verification & Validation
Integrated SHM for aircraft wing and fuselage with built-in and mobile UPI systems in Smart Hangar
H. Shin2, D. Bae, J. Lee14
aAeroapace engineering bDepartment of Aerospace Engineering; Chonbuk National University (CBNU)18, Jeonju, South Korea
aerospace, image processing, guided waves (lamb waves), Piezoelectric sensors, Proof of concept (SHM in action)

EWSHM 2016
Session: Aerospace structures: Modeling, Verification & Validation
2016-08
2016-08 EWSHM 2016 Aerospace structures: Modeling, Verification & Validation
Probability-based damage assessment on a composite door surrounding structure
M. Moix Bonet12, B. Eckstein28, P. Wierach19
1Deutsches Zentrum für Luft- und Raumfahrt (DLR), German Aerospace Center35, Braunschweig, Germany
2Airbus Operations GmbH66, Bremen, Germany
aerospace, composite, guided waves (lamb waves), Feature Extraction, Piezoelectric sensors, SARISTU

EWSHM 2016
Session: Aerospace structures: Modeling, Verification & Validation
2016-08
2016-08 EWSHM 2016 Aerospace structures: Modeling, Verification & Validation
Fatigue crack quantification approach based on multi-path unit-cell concept in sensor network
V. Janapati12, S. Yadav1, R. Ikegami1, E. Habtour23
1Acellent Technologies, Inc.2, Sunnyvale, CA, USA
2Vehicle Technology Directorate; US Army Research Laboratory8, Aberdeen Proving Ground (APG), MD, USA
Ultrasonic Testing (UT), aerospace, defect characterization, fatigue cracks, In-Service Inspection, guided waves (lamb waves), Cracks, damage detection, Piezoelectric sensors, damage progression, unit cell

EWSHM 2016
Session: Aerospace structures: Modeling, Verification & Validation
2016-08
2016-08 EWSHM 2016 Aerospace structures: Modeling, Verification & Validation
Lamb-wave-based monitoring of the aircraft during full-scale fatigue experiment - results and conclusions
Z. Dworakowski15, K. Dragan217, T. Stepinski127, T. Uhl128
1Department of Robotics and Mechatronics; AGH- University of Science and Technology63, Krakow, Poland
2Air Force Institute of Technology37, Warsaw, Poland
neural network, aerospace, condition monitoring, guided waves (lamb waves), Temperature compensation, ANN, Aircraft, Guided waves, ANN Ensembles

EWSHM 2016
Session: Aerospace structures: Modeling, Verification & Validation
2016-08
2016-08 EWSHM 2016 Aerospace structures: Modeling, Verification & Validation
Elastic Waves Simulation on Aircraft Subcomponent for test correlation using piezoelectric sensors
F. Sánchez Iglesias, R. Tejerina, J. García-Alonso4, P. Caffyn, M. Iglesias-Vallejo
Airbus Defence & Space, Military Aircraft11, Getafe, Spain
aerospace, composite, guided waves (lamb waves), Piezoelectric sensors, Modeling and Simulation, elastic waves, tests, simulation, SHM

EWSHM 2016
Session: Aerospace structures: Modeling, Verification & Validation
2016-08
2016-08 EWSHM 2016 Concrete
Active Structural Health Monitoring of Reinforced Concrete Structures using Piezoelectric Smart Aggregates
T. Nestorovic1, D. Stojic2, N. Markovic2
1Mechanics of Adaptive Systems; Ruhr University Bochum11, Bochum, Germany
2Faculty of Civil Engineering and Architecture, Materials and Structures; University of Niš, Niš, Serbia
embedded sensor, Modeling and Simulation, condition monitoring, guided waves (lamb waves), Piezoelectric sensors, embedded piezoelectric sensors, damage detection, wave propagation

EWSHM 2016
Session: Concrete
2016-08
2016-08 EWSHM 2016 Damage detection by Acoustic Emission
Defect quantification in 3D Angle Interlock Glass Fibre Composites using Acoustic Emission
M. Gresil12, M. Saleh, M. Arshad, C. Soutis12
University of Manchester51, Manchester, United Kingdom
Acoustic Emission (AE), Modeling and Simulation, aerospace, composite, defect characterization, guided waves (lamb waves), Piezoelectric sensors, composite materials, finite element method, signal processing, Acoustic emission

EWSHM 2016
Session: Damage detection by Acoustic Emission
2016-08
2016-08 EWSHM 2016 Damage detection by Acoustic Emission
Guided wave propagation modelling to aid understanding of acoustic emission system performance on complex aerospace structures
M. Courtier1, A. Croxford14, K. Atherton2
1Mechanical Engineering; University of Bristol53, Bristol, United Kingdom
2Airbus Operations4, Bristol, United Kingdom
Acoustic Emission (AE), Modeling and Simulation, aerospace, guided waves (lamb waves), Piezoelectric sensors, performance, location, detection, geometry, complex

EWSHM 2016
Session: Damage detection by Acoustic Emission
2016-08
2016-08 EWSHM 2016 Diagnostics and Prognostics for Damage Assesment
SHM-based fatigue damage prognostics in composite structures
L. Cot13, F. Gamboa1, C. Gomez Jimenez1, F. Kopsaftopoulos22, F. Chang25
1aInstitut National des Sciences Appliquées, Institut Clément Ader (ICA) bUniversité Paul Sabatier, Université de Toulouse cInstitut National des Sciences Appliquées, Université de Toulouse; University of Toulouse41, Toulouse, France
2Structures and Composites Laboratory, Dpt Aeronautics and Astronautics; Stanford University12, Palo Alto, CA, USA
Ultrasonic Testing (UT), Modeling and Simulation, aerospace, composite, guided waves (lamb waves), guided waves, ultrasonic testing

EWSHM 2016
Session: Diagnostics and Prognostics for Damage Assesment
2016-08
2016-08 EWSHM 2016 Diagnostics and Prognostics for Damage Assesment
Effective Damage Detection of Block Mass Type Damage in an Isotropic Plate using a Refined Time-Reversed Lamb Wave Technique
J. Agrahari, S. Kapuria
Department of Applied Mechanics; Indian Institute of Technology Delhi (IIT) 22, New Delhi, India
Acoustic Emission (AE), Ultrasonic Testing (UT), aerospace, damage, guided waves (lamb waves), Lamb wave, PZT, smart structure, Piezoelectric sensors, TRP

EWSHM 2016
Session: Diagnostics and Prognostics for Damage Assesment
2016-08
2016-08 EWSHM 2016 Fiber Optic Sensors Systems
Ultrasonic strain wave acquisition by a low-cost fiber optic coherent sensor for structural health monitoring applications
C. Sbarufatti7, L. Martinelli2, M. Mattarei, M. Ferrario2, M. Giglio9
aDepartment of Mechanical Engineering bDipartimento di Elettronica, Informazione e Bioingegneria; Politecnico di Milano84, Milano, Italy
guided waves (lamb waves), optical fiber sensor, Coherent, Michelson interferometer, Lamb wave, Impact identification

EWSHM 2016
Session: Fiber Optic Sensors Systems
2016-08
2016-08 EWSHM 2016 Guided waves based methods for SHM-I
Online damage evaluation using Guided wave based Hidden Markov Model
J. Zhang, S. Yuan23, H. Mei3, L. Qiu16
aState Key Laboratory of Mechanics and Control of Mechanical Structures bResearch Center of Structural Health Monitoring and Prognosis, State Key Laboratory of Mechanics and Control of Mechanical Structures cThe State Key Lab of Mechanics and Control of Mechanical Structures; Nanjing University of Aeronautics and Astronautics (NUAA)52, Nanjing, China
Other Methods, statistical analysis, condition monitoring, guided wave, guided waves (lamb waves), Feature Extraction, Damage evaluation, Structural Health Monitoring, Piezoelectric sensors, Time-varying environment, Hidden Markov Model

EWSHM 2016
Session: Guided waves based methods for SHM-I
2016-08
2016-08 EWSHM 2016 Guided waves based methods for SHM-I
An experimental and computational study of Lamb wave scattering by edge delaminations around circular holes.
N. Nadarajah13, L. Rose26, W. Chiu112
1aMechanical and Aerospace bDepartment of Mechanical & Aerospace Engineering; Monash University14, Clayton, Australia
2Aerospace Division; Defence Science And Technology Organisation (DSTO)14, Melbourne, Victoria, Australia
Modeling and Simulation, defect characterization, guided waves (lamb waves), scatter amplitude pattern, guided waves, delamination, scattering

EWSHM 2016
Session: Guided waves based methods for SHM-I
2016-08
2016-08 EWSHM 2016 Guided waves based methods for SHM-I
Fast Approximation of Wave Propagation in Complex Geometries
C. Heinze14, M. Sinapius28, P. Wierach39
1Institute of Composite Structures and Adaptive Systems; Deutsches Zentrum für Luft- und Raumfahrt e.V.(DLR) 5, Hamburg, Germany
2Institute of Adaptronics and Functional Integration; Technische Universität Braunschweig (TU)43, Braunschweig, Germany
3 Institute of Composite Structures and Adaptive Systems; Deutsches Zentrum für Luft- und Raumfahrt (DLR), German Aerospace Center35, Braunschweig, Germany
Modeling and Simulation, guided waves (lamb waves), ray tracing, minimal model

EWSHM 2016
Session: Guided waves based methods for SHM-I
2016-08
2016-08 EWSHM 2016 Guided waves based methods for SHM-I
An experimental study on the scattering of edge-guided waves by a small edge crack in an isotropic plate.
B. Vien17, F. Rose24, W. Chiu112
1aDepartment of Mechanical and Aerospace Engineering bDepartment of Mechanical & Aerospace Engineering; Monash University14, Clayton, Australia
2Aerospace Division; Defence Science And Technology Organisation (DSTO)14, Melbourne, Victoria, Australia
guided waves (lamb waves), fatigue cracks, structural health monitoring, laser vibrometry, Lamb wave

EWSHM 2016
Session: Guided waves based methods for SHM-I
2016-08
2016-08 EWSHM 2016 Guided waves based methods for SHM-I
Ultrasonic Guided waves Communications in smart materials: the case of tapered waveguides
L. De Marchi113, A. Marzani115, J. Moll221
1University of Bologna52, Bologna, Italy
2Goethe University of Frankfurt am Main21, Frankfurt am Main, Germany
embedded sensor, guided waves (lamb waves), Wireless sensors, Piezoelectric sensors, CDMA-communications, Phase-modulated signals

EWSHM 2016
Session: Guided waves based methods for SHM-I
2016-08
2016-08 EWSHM 2016 Guided waves based methods for SHM-I
Reliability Aspects of Lamb Wave Interaction at Impact Damages in Complex Stiffened CFRP Structures
B. Eckstein18, M. Moix Bonet22, M. Bach19, N. Dobmann12
1Airbus Operations GmbH66, Bremen, Germany
2Deutsches Zentrum für Luft- und Raumfahrt (DLR), German Aerospace Center35, Braunschweig, Germany
aerospace, composite, Probability of Detection (POD), guided waves (lamb waves), reliability

EWSHM 2016
Session: Guided waves based methods for SHM-I
2016-08
2016-08 EWSHM 2016 Guided waves based methods for SHM-I
Wave Scattering Analysis in a ACSR Cable Using Piezoelectric Transducers
S. Malo Peces, M. Livadas3, C. Selcuk10, T. Gan30, C. Mares2
aBrunel Innovation Centre (BIC) bDept. Mechanical, Aerospace and Civil Engineering; Brunel University36, Uxbridge, United Kingdom
guided waves (lamb waves), Ultrasonic Guided Waves (UGW), Short Time Fourier Transform (STFT), piezoelectric transducers, Aluminium Conductor Steel Reinforced (ACSR) cables

EWSHM 2016
Session: Guided waves based methods for SHM-I
2016-08
2016-08 EWSHM 2016 Guided waves based methods for SHM-I
Defect detection in pipes based on the measurement of surface displacements
P. Becht2, E. Deckers3, C. Claeys2, B. Pluymers3, W. Desmet4
Department of Mechanical Engineering - PMA; Catholic University of Leuven (KU Leuven) 103, Leuven, Belgium
vibration analysis, defect characterization, guided waves (lamb waves),

EWSHM 2016
Session: Guided waves based methods for SHM-I
2016-08
 
Page:
 -1-   2   3   4   5   6   7   8   9   10   11   12   13   14   15   16   17   18   19 
next pageNext
Actual Cooperations
Share...
We use technical and analytics cookies to ensure that we will give you the best experience of our website - More Info
Accept
top
this is debug window