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AeroNDT 2015 |Website|

7th International Symposium on NDT in Aerospace, 16. - 18. Nov 2015, Bremen, Germany

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Keywords Authors & Institutions
Search Results: 63
Title / Author(s) / Keywords SessionDate
2016-04 AeroNDT 2015, Acoustic Methods for Composite Materials & Structures
A State Space Approach for the Non-Destructive Evaluation of CFRP with Ultrasonic Testing
C. Brandt15, P. Maaß22
1Airbus Operations GmbH66, Bremen [Germany]
2Zentrum für Techno-mathematik; University of Bremen14, Bremen [Germany]
Ultrasonic Testing (UT), aerospace, porosity, CFRP, Aircraft, stochastic, carbon fibre reinforced polymers (CFRP), periodic, back-wall echo, back-wall echo equivalent, Recurrence Plot, delay embedding, randomness, Recurrence Quantification Analysis (RQA)

 
Acoustic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Acoustic Methods for Composite Materials & Structures
Laser Ultrasonics Inspections of Aeronautical Components Validated by Computed Tomography
E. Cuevas Aguado17, C. Galleguillos24, C. García Ramos13, F. Lasagni219
1Materials & Processes department; Tecnatom S.A.93, Madrid [Spain]
2aMaterials & Processes dept. bMaterials & Processes department; Center for Advanced Aerospace Technologies (FADA-CATEC)17, Seville [Spain]
aerospace, aircraft

 
Acoustic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Acoustic Methods for Composite Materials & Structures
Comparative Study of Different Nondestructive Testing Methods to Detect Damages in GFRP
C. Geiss12, C. Hornfeck2
1Materials & Processes dept.; Technical University of Munich (TUM)108, Munich [Germany]
2Materials & Processes dept.; Neue Materialien Bayreuth GmbH, Bayreuth [Germany]
aerospace, aircraft

 
Acoustic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Acoustic Methods for Composite Materials & Structures
High Resolution NDT&E of Carbon Fiber Reinforced Composites
Y. Petronyuk13, V. Levin13, E. Morokov13, T. Ryzhova22, A. Chernov2
1aScientific and Techological Center of Unique Instrumentation bEmanuel Institute of Biochemical Physics; Russian Academy of Sciences (RAS)29, Moscow [Russia]
2Central Aerohydrodinamic Institute2, Zhukovsky, Moscow [Russia]
Ultrasonic Testing (UT), carbon fiber reinforced plastic (CFRP), Scanning acoustic microscopy (SAM)

 
Acoustic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Acoustic Methods for Composite Materials & Structures
Towards a Better Lifetime Prediction of Composite Structures under In-service Conditions: Robust and Real-time Processing of Acoustic Emission Time-series in Presence of Damage Accumulation
M. Kharrat3, E. Ramasso8, D. Doan3, V. Placet7, L. Boubakar5
aDepartment of Applied Mechanics bDepartment of Applied Mechanics & Department of Automatic Control and Micro-Mechatronic Systems cDepartment of Automatic Control and Micro-Mechatronic Systems; Institut FEMTO-ST11, Besançon [France]
aerospace, aircraft

 
Acoustic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Electromagnetic Methods for Composite Materials & Structures
NDT of Special Honeycomb Structures by using Microwaves
J. Hinken52, C. Ziep16
FI Test- und Messtechnik GmbH45, Magdeburg [Germany]
aerospace, aircraft

 
Electromagnetic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Electromagnetic Methods for Composite Materials & Structures
Characterization of Production-Induced Defects in Carbon Fiber Reinforced Thermoplastic Technology
F. Fischer, Y. Mezakeu Tongnan, M. Beyrle, T. Gerngross, M. KUPKE2
Deutsches Zentrum für Luft- und Raumfahrt (DLR), German Aerospace Center14, Augsburg [Germany]
aerospace, aircraft

 
Electromagnetic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Electromagnetic Methods for Composite Materials & Structures
FTIR Spectroscopy as a Nondestructive Testing Method for CFRP Surfaces in Aerospace
S. Heckner1, M. Geistbeck1, C. Grosse2108, S. Eibl3, A. Helwig1
1Airbus Group Innovations8, Munich [Germany]
2Centrums für Baustoffe und Materialprüfung (cbm), Lehrstuhl Zerstörungsfreie Prüfung(ZfP); Technical University of Munich (TUM)108, Munich [Germany]
3Bundeswehr Research Institute for Materials, Fuels and Lubricants (WIWeB)6, Erding [Germany]
aerospace, Aircraft

 
Electromagnetic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Electromagnetic Methods for Composite Materials & Structures
Composites Surface State Assessment by LIF Method
P. Malinowski124, M. Sawczak12, T. Wandowski113, W. Ostachowicz240, A. Cenian1
1aInstitute of Fluid–-Flow Machinery bInstitute of Fluid-Flow Machinery; Polish Academy of Sciences (PAS)31, Gdansk [Poland]
2 Faculty of Automotive and Construction Machinery; Warsaw University of Technology31, Warsaw [Poland]
Electromagnetic Testing (ET), aerospace, degradation, Aircraft, surface, fluorescence

 
Electromagnetic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Electromagnetic Methods for Composite Materials & Structures
Near-infrared Optical Coherence Tomography for the Inspection of Fiber Composites
P. Liu, L. Yao, R. Groves7
aAerospace NDT Laboratory, Faculty of Aerospace Engineering b Structural Integrity & Composites Group, Faculty of Aerospace Engineering; Delft University of Technology (TU Delft)24, Delft [Netherlands]
aerospace, aircraft

 
Electromagnetic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Electromagnetic Methods for Composite Materials & Structures
Advances in Automatic Characterization of Defects in CFRP by Infrared Thermography
P. Venegas111, R. Usamentiaga26, L. Vega16, I. Sáez de Ocáriz15
1Aeronautical Technology Centre (CTA)13, Minano [Spain]
2Department of Computer Science and Engineering; University of Oviedo8, Oviedo, Asturias [Spain]
aerospace, aircraft

 
Electromagnetic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Electromagnetic Methods for Composite Materials & Structures
Development of a probe of eddy current testing for detection of in-plane waviness in CFRP cross-ply laminates
K. Mizukami15, Y. Mizutani130, A. Todoroki118, Y. Suzuki19, A. Sato2, K. Kimura2
1Department of Mechanical Sciences and Engineering; Tokyo Institute of Technology44, Tokyo [Japan]
2Quality Assurance Department; IHI Aerospace Co., Ltd.2, Tokyo [Japan]
aerospace, aircraft

 
Electromagnetic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Electromagnetic Methods for Composite Materials & Structures
Ultrafast Pulsed Terahertz Sensing for the Contact-free Control of Composites and Adhesive Assemblies
X. Neiers3, P. Jeunesse3, U. Schmidhammer3
ELYSE, CNRS; Université Paris Sud6, Orsay Cedex [France]
aerospace, aircraft

 
Electromagnetic Methods for Composite Materials & Structures2016-04
2016-04 AeroNDT 2015, Emerging Equipment Technologies and Validation in Manufacturing and Maintenance
Portable Low-cost Flat Panel Detectors for Real-Time Digital Radiography
M. Iovea10, M. Neagu8, B. Stefanescu, G. Mateiasi8, I. Porosnicu, E. Angheluta
Accent Pro 2000, Ltd9, Bucharest [Romania]
aerospace, aircraft

 
Emerging Equipment Technologies and Validation in Manufactur...2016-04
2016-04 AeroNDT 2015, Emerging Equipment Technologies and Validation in Manufacturing and Maintenance
Cracked Samples for Airframe Components
I. Virkkunen124, J. Patronen22, M. Ylitalo2
1Trueflaw Ltd.25, Espoo [Finland]
2Patria Aviation 3, Halli [Finland]
aerospace, Artificial crack, Fatigue Crack, Probability of Detection (POD), cracks, Aircraft, artificial flaw

 
Emerging Equipment Technologies and Validation in Manufactur...2016-04
2016-04 AeroNDT 2015, Emerging Equipment Technologies and Validation in Manufacturing and Maintenance
Check of Hybrid Structures and Lightweight Construction Materials — Usage of 3D-CT
K. Szepanski
Hachtel Werkzeugbau GmbH & Co. KG, Aalen [Germany]
aerospace, aircraft

 
Emerging Equipment Technologies and Validation in Manufactur...2016-04
2016-04 AeroNDT 2015, Emerging Equipment Technologies and Validation in Manufacturing and Maintenance
Data Assimilation for Monitoring Resin Transfer Molding of Composite Materials
R. Matsuzaki14, A. Todoroki118, M. Murata, M. Shiota
1Department of Mechanical Sciences and Engineering; Tokyo Institute of Technology44, Tokyo [Japan]
aerospace, aircraft

 
Emerging Equipment Technologies and Validation in Manufactur...2016-04
2016-04 AeroNDT 2015, Emerging Equipment Technologies and Validation in Manufacturing and Maintenance
Development of an Automated Inspection Method to Characterize Pre-bond Conditions of CFRP Adherent Surfaces
F. Stark16, C. Tornow22, R. Ganss1, C. Cherrier1, K. Brune2
1Automation W+R15, Munich [Germany]
2Fraunhofer Institut für Fertigungstechnik und Angewandte Materialforschung (IFAM)7, Bremen [Germany]
aerospace, aircraft

 
Emerging Equipment Technologies and Validation in Manufactur...2016-04
2016-04 AeroNDT 2015, Emerging Equipment Technologies and Validation in Manufacturing and Maintenance
Development and Demonstration of an Automated System for Limited Access Welds Inspection by Using Infrared Active Thermography
R. Fuente13, A. Garcia De La Yedra14, A. Beizama12, E. Fernández16, E. Gorostegui Colinas1, A. Echeverria13, P. Broberg210, N. Thorpe316, A. Runnemalm212, P. Henrikson45
1IK4 LORTEK Research Centre6, Ordizia [Spain]
2aEngineering Science bDepartment of Engineering Science; University West14, Trollhättan [Sweden]
3Tecnitest Ingenieros20, Madrid [Spain]
4GKN Aerospace Engine Systems6, Trollhättan [Sweden]
aerospace, aircraft

 
Emerging Equipment Technologies and Validation in Manufactur...2016-04
2016-04 AeroNDT 2015, Emerging Technology in Acoustics, Liquid Penetrant, Optics and Potential Measurement
New Network Protocol Standard for High Speed Cameras
R. Huber
AOS Technologies AG, Baden-Daettwil [Switzerland]
aerospace, aircraft

 
Emerging Technology in Acoustics, Liquid Penetrant, Optics a...2016-04
 
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