Thursday Morning (July 12) -- Room B-2: 9:20-14:20 |
Session Title: Delamination : Characterization I (Specialist Session) |
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Name |
Affiliation |
Country |
Paper Title |
pdf |
Organizers |
T Kevin O'Brien |
U.S. Army Research Laboratory |
USA |
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Paul Robinson |
Imperial College London |
UK |
Masaki Hojo |
Kyoto University |
Japan |
Chairperson(s): |
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Keynote |
Emile S Greenhalgh |
Imperial College London |
UK |
Fractographic observations on delamination growth mechanisms |
ThBM1-01 |
Paul Robinson |
Imperial College London |
UK |
Charlotte Rogers |
Imperial College London |
UK |
|
Paul Robinson |
Imperial College London |
UK |
INTERFACE EFFECTS IN MODE II INTERLAMINAR TOUGHNESS TESTING OF UNIDIRECTIONAL COMPOSITES |
ThBM1-02 |
Stephen Message |
Imperial College London |
UK |
|
Adrian F. Gill |
Imperial College London |
UK |
Effect of RTM defects on Mode I & II delamination behaviour of 5HS woven composites |
ThBM1-03 |
Paul Robinson |
Imperial College London |
UK |
Dennis Hitchings |
Imperial College London |
UK |
Silvestre Pinho |
Imperial College London |
UK |
John Sargent |
Imperial College London |
UK |
|
Shinji Ogihara |
Tokyo University of Science |
Japan |
Mode III Interlaminar Fracture Toughness in Laminated Composites |
ThBM1-04 |
Katsuhiro Matsuda |
Tokyo University of Science |
Japan |
Session Title: Delamination : Characterization II (Specialist Session) |
Chairperson(s): |
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Takayuki Kusaka |
Ritsumeikan University |
Japan |
Mode I Fracture Behavior and Toughening Mechanism of Zanchor Reinforced Composites |
ThBM1-05 |
Yuhei Yamaguchi |
Ritsumeikan University |
Japan |
Keiko Watanabe |
Ritsumeikan University |
Japan |
Masaki Hojo |
Kyoto University |
Japan |
Toshiyasu Fukuoka |
Mitsubishi Heavy Industries |
Japan |
|
Keiko Watanabe |
Ritsumeikan University |
Japan |
Mode II Fracture Behavior and Toughening Mechanism of Zanchor Reinforced Composites |
ThBM1-06 |
Takayuki Kusaka |
Ritsumeikan University |
Japan |
Masaki Hojo |
Kyoto University |
Japan |
Toshiyasu Fukuoka |
Mitsubishi Heavy Industries, Ltd. |
Japan |
Masayasu Ishibashi |
Shikibo, Ltd. |
Japan |
|
Kozue Nakane |
Tokyo Metropolitan University |
Japan |
DCB Test Simulation of Stitched CFRP Laminates Using Interlaminar Tension Test Results |
ThBM1-07 |
Naoyuki Watanabe |
Tokyo Metropolitan University |
Japan |
Yutaka Iwahori |
Japan Aerospace Exploration Agency |
Japan |
|
Toshio Nakamura |
State University of New York at Stony Brook |
USA |
INTERLAMINAR FATIGUE GROWTH UNDER THERMAL CYCLES IN COMPOSITE LAMINATE |
ThBM1-08 |
Narayanan Ramanujam |
State University of New York at Stony Brook |
USA |
Pavankiran Vaddadi |
State University of New York at Stony Brook |
USA |
Raman P Singh |
Oklahoma State University |
USA |
Thursday Afternoon (July 12) -- Room B-2: 14:20-18:20 |
Session Title: Delamination : Analysis II (Specialist Session) |
Presenters |
Name |
Affiliation |
Country |
Paper Title |
pdf |
Chairperson(s): TBD |
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Robin Olsson |
Imperial College London |
UK |
On Improper Foundation Models for the DCB Specimen |
ThBA1-01 |
|
Henk de Boer |
Advanced Lightweight Engineering |
Netherlands |
Modelling interfaces and bonded joints |
ThBA1-02 |
Jan-Jaap Koppert |
Advanced Lightweight Engineering |
Netherlands |
Adriaan Beukers |
Delft University of Technology |
Netherlands |
Harald Bersee |
Delft University of Technology |
Netherlands |
|
Toshio Nagashima |
Sophia University |
Japan |
DELAMINATION PROPAGATION ANALYSIS OF COMPOSITE LAMINATE USING X-FEM |
ThBA1-03 |
Hiroshi Suemasu |
Sophia University |
Japan |
|
Luis M. P. Durão |
ISEP - Engineering Superior Institute Porto |
Portugal |
Delamination analysis of carbon fibre reinforced laminates |
ThBA1-04 |
Antonio T. Marques |
University of Porto |
Portugal |
Joao M. Tavares |
University of Porto |
Portugal |
Antonio G. Magalhaes |
ISEP - Engineering Superior Institute Porto |
Portugal |
|
Alessandro Airoldi |
Politecnico di Milano |
Italy |
Evaluation of numerical approaches for the development of interlaminar damage in composite laminates |
ThBA1-05 |
Giuseppe Sala |
Politecnico di Milano |
Italy |
Session Title: Delamination : Application (Specialist Session) |
Chairperson(s): |
Masaki Hojo |
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Ronald Krueger |
National Institute of Aerospace |
USA |
Panel-Stiffener Debonding Analysis Using A Shell/3D Modeling Technique |
ThBA2-01 |
James G. Ratcliffe |
National Institute of Aerospace |
USA |
Pierre J. Minguet |
The Boeing Company |
USA |
|
Jiye Chen |
University of Portsmouth |
UK |
PREDICTION OF DELAMINATION IN BRAIDED COMPOSITE T-PIECE SPECIMENS |
ThBA2-02 |
Eric Ravey |
University of Portsmouth |
UK |
Stephen Hallett |
University of Portsmouth |
UK |
Michael R. Wisnom |
University of Bristol |
UK |
|
Matthew J. Hiley |
QinetiQ Ltd |
UK |
A Comparison of Through-Thickness Reinforcement Methods: Z-Pinning and Stitching |
ThBA2-03 |
Graeme Stringer |
QinetiQ Ltd |
UK |
|
Yuichiro Aoki |
Japan Aerospace Exploration Agency |
Japan |
EFFECT OF DELAMINATION PROPAGATION ON MECHANICAL BEHAVIOR IN COMPRESSION AFTER IMPACT |
ThBA2-04 |
Hiroshi Kondo |
Tokai University |
Japan |
Hiroshi Hatta |
Japan Aerospace Exploration Agency |
Japan |
|
Aniello Riccio |
Italian Aerospace Research Center (CIRA) |
Italy |
INFLUENCE OF MATERIAL UNCERTAINTY ON THE DAMAGE RESISTANCE AND TOLERANCE OF STIFFEND COMPOSITE PANELS |
ThBA2-05 |
Marco Gigliotti |
Italian Aerospace Research Center (CIRA) |
Italy |
|
T. Kevin O'Brien |
U.S. Army Research Laboratory |
USA |
Towards a Delamination Fatigue Methodology for Composite Materials |
ThBA2-06 |