2007 ICCM-16 Kyoto Japan
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ICCM-16 Sixteenth International Conference on Composite Materials

July/10 (Tue.) -- Room I

July -- 8(Sun.) / 9(Mon.) / 10(Tue.) / 11(Wed.) / 12(Thr.) / 13(Fri.)

July/10(Tue.) -- Room A / B-2 / F / G / H / I / J / K

Tuesday Morning (July 10) -- Room I: 9:20-14:20
Session Title: Mechanics of Short Fiber Composites
Presenters Name Affiliation Country Paper Title pdf
Chairperson(s)
Lee Thomas Harper The University of Nottingham UK A random fibre network model for predicting the stochastic effects of discontinuous fibre composites TuIM1-01
Thomas A Turner The University of Nottingham UK
Nicholas A Warrior The University of Nottingham UK
Evgeny V. Morozov University of Kwazulu-Natal South Africa Damage evolution in the short fibre reinforced composite structures TuIM1-02
Pierre Dumont Laboratoire de Genie des Procedes Papetiers France Characterization of the fibrous microstructure of SMC during compression moulding using X-ray microtomography TuIM1-03
Thai-Hung Le Laboratoire Sols-Solides-Structures (3S) France
Laurent Orgeas Laboratoire Sols-Solides-Structures (3S) France
Denis Favier Laboratoire Sols-Solides-Structures (3S) France
Luc Salvo Laboratoire de Genie Physique et Mecanique des Materiaux (GPM2) France
Ana Rodríguez Universitaet Stuttgart Germany VISCOELASTIC BEHAVIOUR OF SHORT-FIBRE REINFORCED POLYAMIDE WITH DAMAGE TuIM1-04
Peter Eyerer Fraunhofer Institute for Chemical Technology Germany
Session Title: Design, Fabrication and Analysis of Composite Pressure Vessels
Chairperson(s): Pavel Y. Tabakov
Sotiris Koussios Delft University of Technology Netherlands Manufacturability of Composite Pressure Vessels: Application of Non-Geodesic Winding TuIM1-05
Adriaan Beukers Delft University of Technology Netherlands
Adriaan Beukers Delft University of Technology Netherlands Composite Pressure Vessel Design: Integral Determination of Winding Patterns TuIM1-06
Sotiris Koussios Delft University of Technology Netherlands
Yoshitaka Sakata Osaka University Japan A numerical reliability design method of winding vessels based on damage mechanics TuIM1-08
Masaru Zako Osaka University Japan
Tetsusei Kurashiki Osaka University Japan
Hiroaki Nakai Osaka University Japan
Shirou Nishibu Osaka University Japan
Lei Zu Xi'an University of Technology China Pattern Design for Non-geodesic Winding Toroidal Pressure Vessels TuIM1-07
Qin-Xiang He Xi'an University of Technology China
Qing-Qing Ni Shinshu University Japan
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Tuesday Afternoon (July 10) -- Room I: 14:20-18:00
Session Title: Design, Fabrication and Analysis of Composite Pressure Vessels
Presenters Name Affiliation Country Paper Title pdf
Chairperson(s): Adriaan Beukers
Jan-Jaap Koppert Delft University of Technology Netherlands Virtual Testing Of Dry Filament Wound Thick Walled Pressure Vessels TuIA1-01
Henk de Boer Advanced Lightweight Engineering Netherlands
Teun Weustink Advanced Lightweight Engineering Netherlands
Adriaan Beukers Delft University of Technology Netherlands
Harald E. N. Bersee Delft University of Technology Netherlands
Pavel Y. Tabakov Durban University of Technology South Africa The effect of manufacturing tolerances on the optimal design of anisotropic pressure vessels. TuIA1-02
Mark Walker Durban University of Technology South Africa
Abel Cherevatsky IMI, Dep. of Composite Materials Israel AN INFLUENCE OF SEGMENTED MANDREL ON STRENGTH PROPERTIES OF WOUND MOTOR CASE TuIA1-03
Gershon Raykin IMI, Dep.of Composite Materials Israel
Meir Shabtai IMI, Dep.of Composite Materials Israel
Joao Pedro Gil Nunes Minho University Portugal STUDYING THE PRODUCTION OF FILAMENT WOUND COMPOSITE PRESSURE VESSELS TuIA1-04
Joao Velosa Minho University Portugal
Paulo Antunes Minho University Portugal
Joao Francisco Silva Department of Mechanical Engineering, ISEP Portugal
Antonio Torres Marques University of Porto Portugal
Session Title: Baseline Technology of Cryogenic Composite Tank
Chairperson(s): Takahira Aoki
Hisashi Kumazawa Japan Aerospace Exploration Agency Japan NUMERICAL MODELING OF GAS LEAKAGE THROUGH DAMAGED COMPOSITE LAMINATES TuIA2-01
John Whitcomb Texas A&M University USA
Yohei Noji Tokyo University of Science Japan Mechanical properties of new β-Ti alloy/CFRP bonded structure at cryogenic temperatures TuIA2-02
Tomohiro Yokozeki The University of Tokyo Japan
Toshio Ogasawara Japan Aerospace Exploration Agency Japan
Shinji Ogihara Tokyo University of Science Japan
Norio Arai Aoyamagakuin University Japan Mechanical properties of CFRP/Ti-alloy laminated composites TuIA2-03
Toshio Ogasawara Japan Aerospace Exploration Agency Japan
Tomohiro Yokozeki The University of Tokyo Japan
Takeshi Ogawa Aoyamagakuin University Japan
Ryohei Maruyama Aoyamagakuin University Japan FRACTURE TOUGHNESS EVALUATION OF COMPOSITE/METAL ADHESIVE STRUCTURE IN CRYOGENIC ENVIRONMENT TuIA2-04
Tomohiro Yokozeki The University of Tokyo Japan
Toshio Ogasawara Japan Aerospace Exploration Agency Japan
Takeshi Ogawa Aoyamagakuin University Japan
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