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CompNDT 2011

Online Workshop: NDT&E of Composite Materials - May 2011

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Search Results: 22 in Date '2011-05-01'
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Exhibitors (7)
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Title / Author(s) / Keywords Session
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Microwave NDT System for Industrial Composites Applications
H. Meier
University of Applied Sciences Magdeburg Stendal (FH)33, Magdeburg, Germany
Electromagnetic Testing (ET), microwave, composite, test system

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Other NDT Techniques for Composite Materials
NDT OF A Composite Using MicroCT Data and Image-based Finite Element Modelling
R. Cotton1, A. Abdul-Aziz 2, . Young 3
1Simpleware Ltd.4, Exeter, United Kingdom
2NASA Glenn Research Center2, Cleveland, Ohio, USA
3College of Engineering, Mathematics and Physical Sciences; University of Exeter5, Exeter, United Kingdom
Radiographic Testing (RT), aerospace, automotive, ceramic matrix composites, computed tomography, Finite element method, stress analysis, radiographic testing

 
Other NDT Techniques for Composite Materials
CompNDT 2011 , Other NDT Techniques for Composite Materials
Study of Pulsed Phase Thermography for the Detection of Honeycombing Defects in Concrete Structures
J. Van Leeuwen2, M. Nahant3, S. Paez2
Construction Dept.; Haute Ecole Robert Schuman 3, Arlon, Belgium
Infrared Testing (IRT), pulsed phase thermography, civil engineering, bridge, concrete, thermal NDT, detection, Honeycombing

 
Other NDT Techniques for Composite Materials
CompNDT 2011 , Other NDT Techniques for Composite Materials
The experimental and innovative research on polarization of tensioned rebars coated with sulphur polymer composites
M. Ksiazek5
Institute of Building Engineering, Division of Building Materials, Timber and Monumental Heritage Structures; Wroclaw University of Science and Technology (WUST))72, Wrocław, Poland
NDT-wide, Electromagnetic Testing (ET), Other Methods, civil engineering, steel plant, Reinforcing steel, Corrosion, Polarization, Tensile stress, Sulphur polymer composites

 
Other NDT Techniques for Composite Materials
CompNDT 2011 , Other NDT Techniques for Composite Materials
The moisture transport in the composite building materials
J. Skramlik6, M. Novotny6
Department of Building Structures; Brno University of Technology (BUT)224, Brno, Czech Republic
Electromagnetic Testing (ET), electromagnetic microwave radiation (EMWR), composite building material, transport of humidity

 
Other NDT Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Nondestructive laser optoacoustic method of local elastic moduli and porosity measurements of particles reinforced isotropic composites
N. Podymova14, A. Karabutov114, L. Kobeleva22, T. Chernyshova22
1Physics Faculty; Moscow State University (MSU)21, Moscow, Russia
2A.A. Baikov Institute of Metallurgy and Materials Science (BIMMS)2, Moscow, Russia
Ultrasonic Testing (UT), laser ultrasound, aerospace, civil engineering, composite, elastic properties, porosity, longitudinal waves, phase velocity, shear waves

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
The elastic moduli measurement of high-melting nanoparticles modified metal matrix composites with the laser optoacoustic method
S. Pavlin, N. Podymova4, A. Karabutov14
aPhysics Faculty bInternational Laser Center of M.V.; Moscow State University (MSU)21, Moscow, Russia
Ultrasonic Testing (UT), laser ultrasound, aerospace, composite, elastic properties, longitudinal waves, phase velocity, shear waves

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Non-Destructive Testing Evaluation of Low Velocity Impact Damage in Carbon Fiber-Reinforced Laminated Composites
M. Perez2, L. Gi, S. Oller2
aStrength of Material and Structures Department, Laboratory for the Technological Innovation of Structures and Materials (LITEM bStrength of Material and Structures Department, International Center for Numerical Methods in Engineering (CIMNE) cStrength of Material and Structures Department, Laboratory for the Technological Innovation of Structures and Materials (LITEM); Technical University of Catalonia (UPC)38, Barcelona, Spain
Ultrasonic Testing (UT), phased array, composite, delamination, carbon fiber reinforced plastic (CFRP), impact damage, Compressive strength, carbon fiber composite, low velocity impact, modal analysis

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Examination of F/A-18 Honeycomb Composite Rudders for Disbond in the Presence of Water Using Through-Transmission Ultrasonics
A. Edwards12, S. Savage22, P. Hungler12, T. Krause141
1aPhysics bChemistry and Chemical Engineering; Royal Military College of Canada (RMC)59, Kingston, Ontario, Canada
2Quality Engineering Test Establishment, Gatineau, Canada
Ultrasonic Testing (UT), neutron radiography, aerospace, Aluminium, delamination, honeycomb, through transmission, Thermographic image

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Numerical Investigation of Acoustic Nonlinearity for Ultrasonic Spectroscopy of Interface Defects in Composites
V. Kniazev3
Wave Process Simulation System Laboratory Ltd.3, Moscow, Russia
Ultrasonic Testing (UT), frequency analysis, Modeling and Simulation, aerospace, automotive, power plant, adhesive joint, bonding, composite, multilayer, delamination, Russia, carbon fiber reinforced plastic (CFRP), crack, fibre reinforced materials, non linear acoustics, software, structural health monitoring (SHM), nonlinear ultrasonic spectroscopy, Opposite phased transducer, Numerical method, Interface defect, Nonlinear wave/defect interaction, Subharmonic and superharmonic, Period-doubling bifurcation

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Characterization of Casting Defects in Carbon Fibre Composite Detected by Ultrasonic Inspection
V. Capitani3, M. Capriolo6, D. Seni4
Bytest s.r.l.22, Volpiano (To), Italy
Ultrasonic Testing (UT)

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Application of different ultrasonic techniques for non-destructive testing of the wind turbine blades
E. Jasiuniene27, R. Raisutis35, R. Sliteris26, A. Voleišis13, A. Vladišauskas28
Ultrasound Institute; Ultrasound Institute at Kaunas University of Technology189, Kaunas, Lithuania
Ultrasonic Testing (UT), air-coupled, composite, multilayer, turbine blade, B-scan, C-scan, fibre reinforced materials, wind turbine, Ultrasonic testing

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Detection of Defects in Massive Concrete Blocks by Impact-Echo
Z. Hlavác13, A. Garbacz22, L. Hobst13
1Faculty of Civil Engineering, Dept. of Building Testing; Brno University of Technology (BUT)224, Brno, Czech Republic
2Faculty of Civil Engineering, Dept. of Building Materials Engineering; Warsaw University of Technology31, Warsaw, Poland
impact-echo, civil engineering, cable, concrete, bars, defect characterization, flaw detection, honeycomb, longitudinal waves, quality control

  1
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Application of Ultrasonic Cure Monitoring of Thermosets in Research and Production
W. Bohmeyer1, K. Lange12, W. Stark215, G. Teteris2
1SLT Sensor- und Lasertechnik, Neuenhagen, Germany
2BAM Federal Institute for Materials Research and Testing1272, Berlin, Germany
Ultrasonic Testing (UT), aerospace, automotive, power plant, casting, materials characterization, Automated System, automated ultrasonic testing (AUT), carbon fiber reinforced plastic (CFRP), fibre reinforced materials, Process control, monitoring

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Characterization of an ultra-high temperature ceramic composite by ultrasonic testing
A. Talapatra2
MCKV Institute of engineering2, Howrah, Liluah, India
aerospace, composite, materials characterization, Fracture Mechanics, mechanical properties, wave propagation, ultrasound, velocity measurements

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , Ultrasonic Techniques for Composite Materials
Characterization of Casting Defects in Composite Carbon Fiber Material Detected by Ultrasonic Inspection
V. Capitani3, D. Seni4, M. Capriolo6
Non Destructive Testing Technological Laboratory; Bytest s.r.l.22, Volpiano (To), Italy
Ultrasonic Testing (UT), non-destructive testing, carbon fiber composite, carbon fiber reinforced polymer (CFRP), ultrasonic method, carbon reinforced plastic (CRP)

 
Ultrasonic Techniques for Composite Materials
CompNDT 2011 , UltrasonicTesting of Composite Material by Guided Waves
A Viscoelastic plate theory for the fast modelling of Lamb wave solutions in NDT/SHM applications
M. Torres Arredondo4, C. Fritzen25
Technical Mechanics and Control Engineering Mechatronics; University of Siegen27, Siegen, Germany
Ultrasonic Testing (UT), attenuation, Anisotropy, structural health monitoring (SHM), wave propagation, guided waves (lamb waves), Ultrasonic, Structural Health Monitoring, Lamb Waves, Plate Theory, Viscoelasticity, Fibre Composite

 
UltrasonicTesting of Composite Material by Guided Waves
CompNDT 2011 , UltrasonicTesting of Composite Material by Guided Waves
Digital model for prediction and analysis of ultrasonic guided waves propagation in structural health monitoring systems
V. Samaitis5, L. Mažeika52
Ultrasound Institute at Kaunas University of Technology189, Kaunas, Lithuania
Ultrasonic Testing (UT), Structural Health Monitoring, Guided Waves

 
UltrasonicTesting of Composite Material by Guided Waves
CompNDT 2011 , UltrasonicTesting of Composite Material by Guided Waves
Wind turbine blade analysis using ultrasonic guided waves
A. Jankauskas7, L. Mažeika52
Ultrasound Institute at Kaunas University of Technology189, Kaunas, Lithuania
Ultrasonic Testing (UT), two-dimensional Fourier transform, semi-analytical finite element method, dispersion curve, wind turbine blade testing, guided wave

 
UltrasonicTesting of Composite Material by Guided Waves
CompNDT 2011 , UltrasonicTesting of Composite Material by Guided Waves
The signal processing technique for estimation of the phase velocity dispersion of guided waves
L. Draudviliene6, L. Mažeika52, E. Žukauskas19
Ultrasound Institute at Kaunas University of Technology189, Kaunas, Lithuania
Ultrasonic Testing (UT), finite element method (FEM), phase velocity, time of flight, Guided waves, Zero-crossing technique, Dispersion curve

 
UltrasonicTesting of Composite Material by Guided Waves
 
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