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

July/12 (Thr.) -- Room K

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

July/12(Thr.) -- Room A / B-2 / F / G / H / I / J / K

Thursday Morning (July 12) -- Room K: 9:20-14:20
Session Title: Fatigue Properties of Composites
Presenters Name Affiliation Country Paper Title pdf
Chairperson(s): Toshio Ogasawara
Masamichi Kawai University of Tsukuba Japan Ply-by-Ply Basis Off-Axis Fatigue Life Prediction for Cross-Ply CFRP Laminates at room temperature ThKM1-01
Naruhiko Honda The Yokohama Rubber Co. Ltd. Japan
Hiroshige Kikukawa Kanazawa Institute of Technology Japan Strength Degradation Model for Fatigue Life Prediction ThKM1-02
Makoto Imanaka Osaka University of Education Japan Fatigue crack growth in adhesively bonded CFRP/CFRP and CFRP/Aluminum DCB joints ThKM1-03
Kiyoshi Ishii Osaka Sangyo University Japan
Hideaki Nakayama Osaka Sangyo University Japan
Lars Rosgaard Jensen Aalborg University Denmark INTERFACIAL PROPERTIES OF CARBON FIBRE ? EPOXY COMPOSITES UNDER FATIGUE LOADING ThKM1-04
Jens Christian Rauhe Aalborg University Denmark
Jan Schjødt-Thomsen Aalborg University Denmark
Ryszard Pyrz Aalborg University Denmark
Chairperson(s): Marino Quaresimin
Toshio Ogasawara Japan Aerospace Exploration Agency Japan TENSION / TORSION FATIGUE BEHAVIOR OF UNIDIRECTIONAL GFRP AND CFRP ThKM1-05
Keiji Onta Tokyo University of Science Japan
Shinji Ogihara Tokyo University of Science Japan
Tomohiro Yokozaki The University of Tokyo Japan
Tae Chul Moon Pohang University of Science and Technology Korea Design and Bending Fatigue Characteristics of Composite Multilayer Surface Antenna Structure for Satellite Communication ThKM1-06
Woon Bong@ Hwang Pohang University of Science and Technology Korea
Takeshi Inoue Osaka University Japan FATIGUE LIFE EVALUATION OF BOLT MADE OF WOVEN FABRIC FRP ThKM1-07
Hiroaki Nakai Osaka University Japan
Tetsusei Kurashiki Osaka University Japan
Masaru Zako Osaka University Japan
Yuji Kometani Sowa Co.,Ltd Japan
Ming-Hwa R. Jen National Sun Yat-Sen University Taiwan Fatigue Response of Centrally Notched Hybrid Quasi-Isotropic Composite laminates at Elevated Temperature ThKM1-08
Yi-Chun Sung National Sun Yat-Sen University Taiwan
Yen-Yen Chiu National Sun Yat-Sen University Taiwan
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Thursday Afternoon (July 12) -- Room K: 14:20-18:20
Session Title: Behavior of Composites under Cyclic and Fatigue Loading
Presenters Name Affiliation Country Paper Title pdf
Chairperson(s): Ming-Hwa R. Jen
Souta Kimura Waseda University Japan A Method for Predicting the Stress Distribution in Ductile Matrix Composite under Cyclic Loading ThKA1-01
Jun Koyanagi Japan Aerospace Exploration Agency Japan
Takayuki Hama Kyoto University Japan
Hiroyuki Kawada Waseda University Japan
Fodil Meraghni Ecole Nationale Superieure d'Arts et Metiers France A NEW THERMODYNAMICAL FATIGUE DAMAGE MODEL FOR THE SHORT GLASS FIBER REINFORCED THERMOPLASTIC MATRIX ThKA1-02
Hedi Nouri Ecole Nationale Superieure d'Arts et Metiers France
Pierre Lory Technocentre Renault France
Giovanni Meneghetti University of Padova Italy FATIGUE STRENGTH ASSESSMENT OF A SHORT FIBRE-REIFORCED PLASTIC BASED ON THE ENERGY DISSIPATION ThKA1-03
Marino Quaresimin University of Padova Italy
Hany Amin El Kadi American University of Sharjah UAE The use of neural networks in the prediction of the fatigue life of different composite materials ThKA1-04
Yousef Al-Assaf American University of Sharjah UAE
Session Title: Micromechanics
Chairperson(s): Ryszard Pyrz
Chun-Ron Chiang National TsingHua University Taiwan An extended Mori-Tanaka's micromechnics model ThKA2-01
Akihiro Wada Kobe City College of Technology Japan Effective Stiffness of a Partially Debonded Spherical Particle ThKA2-02
Yusuke Nagata Tokyo Institute of Technology Japan
Shinya Motogi Osaka City University Japan
Fernando Ramirez Universidad de los Andes Colombia BULK STIFFNESS AND STRENGTH OF LOW-DENSITY FIBROUS COMPOSITES ThKA2-03
Paul R. Heyliger Colorado State University USA
Jim Hamilton Johns-Manville Technical Center USA
Shuguang Li University of Manchester UK Implications of boundary conditions of unit cells for micromechanical analysis ThKA2-04
Antonio R. Melro DEMEGI, Universidade do Porto Portugal Generation of Transversal Material Randomness in Fibre Reinforced Composites ThKA2-05
Pedro P. Camanho DEMEGI, Universidade do Porto Portugal
Silvestre T. Pinho Imperial College London UK
Njaramalala Rabearison ENSIETA, Laboratory of Naval Structure Mechanics France FEM simulation of a thermosetting epoxy matrix : application to internal stresses ThKA2-06
Christian Jochum ENSIETA, Laboratory of Naval Structure Mechanics France
Jean Claude Grandidier ENSMA France
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