|
Tu.2.A.1
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Durability assessment of PZT-Transducers for Guided Wave based SHM systems using tensile static
and fatigue tests
C. Meisner
1
,
C. Stolz
1
,
F. Hofmann
2
1: Airbus Defence and Space, Manching, Germany
2: WIWeB, Erding, Germany |
Manuscript
|
Tu.2.A.2
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Application of the Fatigue Crack Opening/Closing Effect for Aircraft SHM
V. Pavelko
1
1: Riga Technical University, Latvia |
Manuscript
|
Tu.2.A.3
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Implementation of Guided Wave Based Damage Localization Algorithm in Android OS
T. Wandowski
1
,
P. Malinowski
1
,
W. Ostachowicz
1,2
,
G. Borowik
2
,
T. Luba
2
,
K. Kowalski
2
,
P. Pecio
2
1: Polish Academy of Sciences, Gdansk, Poland
2: Warsaw University of Technology, Warsaw, Poland |
Manuscript
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Tu.2.A.4
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PZT Array for Passive Guided Wave Tomography of Extended Defects using Ambient Elastic Noise
Cross-Correlations
T. Druet
1
,
B. Chapuis
1
,
M. Jules
1
,
G. Laffont
1
,
E. Moulin
2
1: CEA LIST, Gif-sur-Yvette, France
2: IEMN - DOAE, Université de Valenciennes et du Hainaut-Cambrésis, France |
Manuscript
|
Tu.2.A.5
|
Design of a Structural Health Monitoring System for a Damage Tolerance Fuselage
Component
V. Ewald
1,2
,
P. Ochoa
1
,
R. Groves
1
,
C. Boller
2
1: Delft University of Technology , Netherlands
2: Universität des Saarlandes, Saarbrücken, Germany |
Manuscript
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Tu.2.A.6
|
Simulation of Guided Waves SHM System in CIVA Platform
B. Chapuis
1
,
K. Jezzine
1
,
V. Baronian
1
,
L. Taupin
1
,
D. Ségur
2
1: CEA LIST, Gif-sur-Yvette, France
2: CEA LIST, Toulouse, France |
Abstract
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Tu.2.A.7
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Establishing a Simulation Platform for Acoustics Based SHM System Configuration
R. Sridaran Venkat
1
,
C. Boller
1
,
N. Balaji Ravi
2
,
D.R. Mahapatra
2
,
N. Chakraborty
2
1: Universität des Saarlandes, Saarbrücken, Germany
2: Indian Institute of Science, Bangalore, India |
Manuscript
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Tu.2.A.8
|
Frequency Steerable Transducers with 360° Directivity for Guided Waves Inspections in
Plate-like Structures
L. De Marchi
1
,
N. Testoni
1
,
A. Marzani
1
1: University of Bologna, Italy |
Manuscript
|