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CDCM 2006 |Website|

Conference on Damage in Composite Materials 2006, September in Stuttgart, Germany

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Search Results: 31 in Date '2006-12-01'
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Exhibitors (1)
TWI Ltd (The W.. 1
Title / Author(s) / Keywords Session
Impact and Delamination Prediction
Multidisciplinary Damage Analysis of Textile Reinforced Composites for Impact and Crash Applications
R. Böhm15, W. Hufenbach19, A. Langkamp15, F. Marques Ibraim1, B. Elliot2, N. Petrinic22, J. Wiegand22
1Dresden University of Technology (TU Dresden)78, Dresden, Germany
2Department of Engineering Science; University of Oxford2, Oxford, United Kingdom
modeling simulation, inverse modelling, composite, textile composites, damage, experimental verification, impact loading, CDM
Impact and Delamination Prediction
Impact and Delamination Prediction
Simulation of an Adhesive Layer using a Novel Mixed Mode Cohesive Law
J. Högberg2, K. Salomonsson
Mechanics of materials; University of Skövde2, Skövde, Sweden
modeling simulation, adhesive joint, cohesive law, fracture energy, mixed mode, traction-separation relation
Impact and Delamination Prediction
Impact and Delamination Prediction
Delamination Behaviour of 3D-Textile Reinforced Composites ? Experimental and Numerical Approaches
M. Gude14, A. Hornig12, W. Hufenbach19, A. Langkamp15, N. Petrinic22, J. Wiegand2,22
1Dresden University of Technology (TU Dresden)78, Dresden, Germany
2Department of Engineering Science; University of Oxford2, Oxford, United Kingdom
Radiographic Testing (RT), computed tomography, modeling simulation, numerical modelling, composite, multilayer, 3D reinforcement, delamination, crash and impact test, LS-DYNA, stitching
Impact and Delamination Prediction
Impact and Delamination Prediction
Application of Fracture Mechanics-Based Methodologies for Failure Predictions in Composite Structures
D. Kelly, Z. Mikulik, B. Prusty, R. Thomson
Swiss Federal Laboratories for Materials Testing and Research (EMPA)269, Dübendorf, Switzerland
finite element, composite, delamination, crack tip element methodology, Energy Release Rate, virtual crack closure technique
Impact and Delamination Prediction
Impact and Delamination Prediction
Numerical Simulation of Delamination Onset and Growth in Laminated Composites
H. Pettermann, C. Schuecker, G. Wimmer
Vienna University of Technolog (TU)57, Vienna, Austria
modeling simulation, FEM simulation, composite, fiber reinforced laminates, delamination, Delamination growth, Delamination onset, Puck criterion, virtual crack closure technique
Impact and Delamination Prediction
Laminate Strength Predictions
Evaluation of Failure Parameters in Laminates by means of Hierarchical Plate Models
S. Brischetto1, E. Carrera1, G. Giunta27
1Swiss Federal Laboratories for Materials Testing and Research (EMPA)269, Dübendorf, Switzerland
2EniTecnologie SpA7, San Donato Milanese, Italy
modeling simulation, composite, multilayer, Multilayered Structures, C0z Requirements, Equivalent Single Layer (ESL), Failure Index, Layer Wise (LW), Principle of Virtual Displacements (PVD), Reissenr?s Mixed Variational Theorem (RMVT, Tsai Wu?s failure criterion, Von Mises?s failure criterion
Laminate Strength Predictions
Laminate Strength Predictions
Failure Conditions for Isotropic Materials, Unidirectional Composites, Woven Fabrics - their Visualization and Links -
R. Cuntze
Swiss Federal Laboratories for Materials Testing and Research (EMPA)269, Dübendorf, Switzerland
modeling simulation, visualization, composite, brittle and ductile isotropic materials, brittle DU and woven fabrics laminae, Failure criteria, material behaviour links
Laminate Strength Predictions
Laminate Strength Predictions
The Puck theory of Failure in Laminates in the Context of the New Guideline VDI 2014 Part 3
G. Lutz2
VULKAN Kupplungs- und Getriebebau2, Herne, Germany
composite, standard
Laminate Strength Predictions
Micro Mechanical Damage Modeling
Micromechanical Voxel Unit Cell for Strength Analysis of Fiber Reinforced Plastics
G. Ernst, C. Hühne, R. Rolfes6
Institute for Structural Analysis; Leibniz Universität Hannover 70, Hannover, Germany
modeling simulation, composite
Micro Mechanical Damage Modeling
Micro Mechanical Damage Modeling
An Open Toolbox for Damage Simulation
F. Wittel12, M. D’Ottavio2, B. Kröplin23
1Institute for Building Materials, Computational Material Science; ETH Zurich - University of science and technology45, Zürich, Switzerland
2University of Stuttgart283, Stuttgart , Germany
finite element, modeling simulation, Discrete Element Method, Numerical Failure Analysis, Puck?s Theory, Laminated Plate Elements, damage Mechanisms, micro-Mechanics, Representative Volume Elements, Unified Formulation
Micro Mechanical Damage Modeling
Micro Mechanical Damage Modeling
Non-Linear Mechanical Damage Modellingfor Long Fibre-Reinforced Laminates
S. Oller2, E. Oñate2, F. Rastellini, O. Salomón
International Center for Numerical Methods in Engineering (CIMNE); Technical University of Catalonia (UPC)38, Barcelona, Spain
finite element, modeling simulation, Failure envelopes, non-linear continuum damage modelling, composite, FRP composite laminates, FEA
Micro Mechanical Damage Modeling
Modeling of Fracture
Continuum Theory of Fracture
E. Brener2, C. Müller-Gugenberger2, D. Pilipenko2, R. Spatschek2
Forschungszentrum Jülich28, Jülich, Germany
modeling simulation, Phase Field Methods, Sharp Interface Modeling, Fracture Mechanics, Pattern Formation
Modeling of Fracture
Modeling of Fracture
Phase Field Modeling of Fracture and Composite Materials
E. Brener2, C. Müller-Gugenberger2, D. Pilipenko2, R. Spatschek2
Forschungszentrum Jülich28, Jülich, Germany
Ultrasonic Testing (UT), Sound propagation, Phase Field Methods, composite, delamination, Fracture Mechanics
Modeling of Fracture
Modeling of Fracture
Damage Simulation of High Performance Fiber Reinforced Concrete
H. Herrmann12, F. Wittel12, F. Kun23
1Institute for Building Materials, Computational Material Science; ETH Zurich - University of science and technology45, Zürich, Switzerland
2Dept. of Solid State Physics; University of Debrecen8, Debrecen, Hungary
Acoustic Emission (AE), Discrete Element Simulation, concrete, reinforced concrete, HPFRCC, damage Mechanics, Dynamic Cracking, Fiber Pull-out, Fiber Pull-out
Modeling of Fracture
ND Testing
Material Characterisation of C/SiC: Comparison of Computed-Tomography and Scanning Electron Microscopy
V. Altstädt, F. Fischer, J. Hausherr, W. Krenkel
aPolymer Engineering, Faculty of Applied Natural Sciences bCeramic Materials Engineering, Faculty of Applied Natural Sciences; University of Bayreuth2, Bayreuth, Germany
Radiographic Testing (RT), computed tomography, Other Methods, Scanning Electron Microscopy (SEM), ceramic, composite, Materials Characterization
ND Testing
ND Testing
Surface Wave Observation for Fault Detection by Means of the Pulse-ESPI-Technique
R. Lammering14, A. Schmidt4, S. Von Ende2
Institute of Mechanics; Helmut-Schmidt-University17, Hamburg, Germany
Visual and Optical Testing (VT/OT), Ultrasonic Testing (UT), lamb wave, Visual and Optical Testing (VT/OT), electron speckle interferometry, Other Methods, Pulse-ESPI, railway, concrete, sleepers
ND Testing
ND Testing
Characterisation and Location of Faults in Composite Materials using a Novel Electric Potential Sensor
C. Antrobus, W. Gebrial, R. Prance
Centre for Physical Electronics and Quantum Technology; University of Sussex, Brighton, United Kingdom
Electromagnetic Testing (ET), potential drop, a.c. potential drop, local conductivity, non invasive sensing, composite
ND Testing
ND Testing
Ultrasonic Determination of Anisotropic Damage In Fibre and Textile Reinforced Composite Materials
R. Böhm5, W. Hufenbach9, A. Langkamp5, T. Ritschel2
Dresden University of Technology (TU Dresden)78, Dresden, Germany
textile-reinforced composites, Ultrasonic Testing (UT), phase velocity measurements, composite, anisotropic damage, tensile test
ND Testing
NDT Applications
Modelling and Simulation of Ultrasonic Wave Propagation in Complex Composite Materials
H. Baier15, J. Hegemann23, A. Peiffer22, R. Stoessel223, B. Van Den Broucke22, R. Oster325
1Technical University of Munich (TUM)114, Munich, Germany
2EADS Deutschland GmbH9, Munich, Germany
3Eurocopter Deutschland GmbH22, Munich, Germany
Ultrasonic Testing (UT), EFIT, wave propagation, Finite element, modeling simulation, microstructure models, composite, multilayer
NDT Applications
NDT Applications
Application of Acoustic Emission Analysis for Damage Investigations in Fibre and Textile Reinforced Composites
R. Böhm5, W. Hufenbach9, A. Langkamp5, H. Richter3
Institut für Leichtbau und Kunststoff-technik; Dresden University of Technology (TU Dresden)78, Dresden, Germany
Acoustic Emission (AE), Kaiser effect, composite, textile fabrics, damage behaviour, failure model
NDT Applications
 
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