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

July/13 (Fri.) -- Room H

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

July/13(Fri.) -- Room A / B-2 / F / G / H / I / J / K

Friday Morning (July 13) -- Room H: 9:20-14:20
Session Title: Behavior of Mechanical Joint
Presenters Name Affiliation Country Paper Title pdf
Chairperson(s): Shinji Ogihara
Yoshihiro Takao Kyushu Univeresity Japan CRITICAL FATIGUE AND QUASI-STATIC BEARING DAMAGES OF A PIN JOINT IN BOTH [0/±45/90]3S AND [90/±45/0]3S CFRP LAMINATES FrHM1-01
Satoshi Seike Takao Kyushu Univeresity Japan
Wen-Xue Wang Kyushu Univeresity Japan
Peter P. Krimbalis Ryerson University Canada An Experimentally Validated Methodology for Predicting the Bearing Strength of Fiber Metal Laminates FrHM1-02
Cheung J. Poon Ryerson University Canada
Kamran Behdinan Ryerson University Canada
Zouheir Fawaz Ryerson University Canada
Geoffrey J. Turvey Lancaster University UK Effect of Hole Clearance on Bolt Loads in Pultruded GRP Tension Joints FrHM1-03
Pu Wang Schlumberger UK
Tae Ho Yoon Seoul National University Korea Parametric study for optimal design of rivet jointed composite plates considering interference fit FrHM1-04
Seung Jo Kim Seoul National University Korea
Coffee Break
Session Title: Interface (Specialist Session)
Organizers Frank R Jones The University of Sheffield UK
Nobuo Ikuta Shonan Institute of Technology Japan
Chairperson(s): Jacques L. Lamon
Keynote Frank R Jones The University of Sheffield UK Optimising the interfacial response of high Vf glass fibre composites using plasma polymerisation FrHM2-01
Zheng Liu The University of Sheffield UK
Nobuo Ikuta Shonan Institute of Technology Japan MECHANISM ON FIXATION OF SURFACE AGENTS TO p-ARAMID FIBER FOR INTERFACIAL REINFORCEMENT IN COMPOSITES FrHM2-02
Fumiyasu Funami Shonan Institute of Technology Japan
Takeshi Kikitani Tokyo Institute of Technology Japan
Kazuhiko Kosuge Dupon-Toray Co., Ltd. Japan
Tsukasa Kobayashi Kobe University Japan Micro Mechanical and Thermal Analyses of Polymer Transcrystal using Scanning Probe Microscope FrHM2-03
Masaru Kotera Kobe University Japan
Kanako Nobusawa Kobe University Japan
Takashi Nishino Kobe University Japan
Yoshimasa Urushihara Hyogo Science and Technology Association Japan
Arran R. Wood University of Surrey UK The interfacial properties of glass fibre/nano-modified polyester matrix composites FrHM2-04
Paul A. Smith University of Surrey UK
John F. Watts University of Surrey UK
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Friday Afternoon (July 13) -- Room H: 14:20-17:20
Session Title: Interface (Specialist Session)
Presenters Name Affiliation Country Paper Title pdf
Chairperson(s): Nobuo Ikuta
Jacques L. Lamon University of Bordeaux France MICROMECHANICS-BASED EVALUATION OF INTERFACES: THE CONCEPT OF DEVIATION POTENTIAL FrHA1-01
Stephane Pompidou University of Bordeaux France
Kjelt van Rijswijk Delft University of Technology Netherlands THE EFFECT OF AMINOSILANES ON THE PROPERTIES OF ANIONIC POLYAMIDE-6 COMPOSITES FrHA1-02
Julie J.E. Teuwen Delft University of Technology Netherlands
Harald E.N. Bersee Delft University of Technology Netherlands
Adriaan Beukers Delft University of Technology Netherlands
Xiaoming Liu The University of Sheffield UK An XPS Study of Organosilane and Sizing Adsorption on E-glass Fibre Surface FrHA1-03
Jim L Thomason European Owens-Corning, Science & Technology Centre Belgium
Frank R Jones The University of Sheffield UK
Chairperson(s): Frank R Jones
Yoriaki Sakamoto Tokyo University of Science Japan Evaluation of Glass Fiber/Epoxy Interfacial Strength Using a Cruciform Specimen FrHA2-01
Shinji Ogihara Tokyo University of Science Japan
Marek Hejda University of Manchester UK DEFORMATION MICROMECHANICS OF GLASS-FIBRE REINFORCED COMPOSITES FrHA2-02
Robert J Young University of Manchester UK
Stephen J Eichhorn University of Manchester UK
Edith Maeder Leibniz Institute of Polymer Research Dresden Germany SURFACE NANOSTRUCTURED COMMINGLED YARNS FOR EFFECTIVE COMPOSITE PROPERTIES FrHA2-03
Christina Scheffler Leibniz Institute of Polymer Research Dresden Germany
Shang-Lin Gao Leibniz Institute of Polymer Research Dresden Germany
Junqing Li Harbin Engineering University China Study on carbon fiber surface modified by γ-ray irradiation FrHA2-04
Huang Yudong Harbin Institute of Technology China
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