| Session Title | Presentation Order | Date | First Name | Last Name | Country | Affiliation | Presentation Title |
|---|---|---|---|---|---|---|---|
| Durability of Polymer Matrix Composites | T27-1 | Aug. 23th | Hongneng | Cai | China | Xi'an Jiaotong University | SIMPLIFIED DETERMINATION METHOD OF LONG-TERM VISCOELASTIC BEHAVIOR OF AMORPHOUS RESIN |
| Durability of Polymer Matrix Composites | T27-2 | Aug. 23th | Anthony | BUNSELL | France | Mines ParisTech | DETERMINATION OF INTRINSIC SCATTER IN LIFETIMES OF CARBON FIBRE EPOXY PRESSURE VESSELS IN VIEW OF DEFINING FUNDAMENTAL SAFETY FACTORS |
| Durability of Polymer Matrix Composites | T27-3 | Aug. 23th | Shinji | Ogihara | Japan | Tokyo University of Science | EXPERIMENTAL EVALUATION OF INTERFACIAL FAILURE CRITERION IN A GLASS FIBER/EPOXY COMPOSITE |
| Durability of Polymer Matrix Composites | T27-4 | Aug. 23th | Satoru | Yoneyama | Japan | Aoyama Gakuin University | TIME-DEPENDENT PROGRESSIVE DAMAGE AND RESIDUAL STRENGTH OF NOTCHED COMPOSITE LAMINATES |
| Durability of Polymer Matrix Composites | T27-5 | Aug. 23th | Takenobu | Sakai | Japan | Tokyo Metropolitan University | EFFECT OF FABRIC ARCHITECTURE (NCF) ON BENDING AND CREEP TEST OF TEXTILE COMPOSITES |
| Durability of Polymer Matrix Composites | T27-6 | Aug. 23th | Ludmila | Audouin | France | Arts et Metiers Paris Tech | DURABILITY KINETIC MODELING OF CLAY NANOERINFORCED POLYPROPYLENE AT LOW TEMPERATURE OXIDATION |
| Application of Composites | T28-1 | Aug. 23th | Max | Wedekind | Germany | Technische Universitaet Muenchen | THE DESIGN OF A CFRP CHOPPER DISC FOR A TIME OF FLIGHT SPECTROMETER |
| Application of Composites | T28-2 | Aug. 23th | Heebeom | An | Korea | Korea Maritime University | A comparison of mechanical property of jute/styrene by VARTM and Hand-ray up method |
| Application of Composites | T28-3 | Aug. 23th | Su | Cao | China | Northwestern Polytechnical University | INFLUENCE OF HYDROTHERMAL ENVIRONMENT ON MECHANICAL BEHAVIOR OF FIBER REINFORCED POLYMERS: CHARACTERIZATION AND MODELING |
| Application of Composites | T28-4 | Aug. 23th | Yanxuan | Ma | China | University of Science and Technology Beijing | DESIGN, PREPARATION AND CHARACTERIZATION OF BIOLOGICAL AUXETIC HYDROGELS WITH SHELL-CORE STRUCTURE |
| Application of Composites | T28-5 | Aug. 23th | Piyarat | Liwsirisaeng | Thailand | Chulalongkorn University | PHOTOCATALYTIC DEGRADATION OF PHENOLIC COMPOUNDS BY TIO2 POWDERS |
| Application of Composites | T28-6 | Aug. 23th | Zhongjia | Yang | China | MSE at Beihang University | Preparation and Performance Analysis of A Nature-Inspired Anti-Cut Material |
| Metal Matrix Composites | T29-1 | Aug. 23th | Steve | Siebeck | Germany | Chemnitz University of Technology | INFLUENCE OF MILLING ATMOSPHERE ON THE HIGH-ENERGY BALL-MILLING PROCESS OF PRODUCING PARTICLE-REINFORCED ALUMINUM MATRIX COMPOSITES |
| Metal Matrix Composites | T29-2 | Aug. 23th | Tsunehisa | Suzuki | Japan | Yamagata Research Institute of Technology | IMPROVEMENTS OF YOUNG’S MODULUS ON NI-BASED CNT COMPOSITE COATING |
| Metal Matrix Composites | T29-3 | Aug. 23th | Guan Lin | You | Taiwan | National Sun Yat-Sen University | MICROSTRUCTURE AND MECHANICAL PROPERTIES OF AN Al-CuO IN SITU COMPOSITE PRODUCED BY FRICTION STIR PROCESSING |
| Metal Matrix Composites | T29-4 | Aug. 23th | Sze Dai | Pang | Singapore | National University of Singapore | Numerical Anaylsis of the Effect of Particle Arrangement on Mechanical Behavior and Particle Damage in Metal Matrix Nanocomposites |
| Metal Matrix Composites | T29-5 | Aug. 23th | Sangguk | Jeong | Korea | POSTECH | MEASUREMENT OF RESIDUAL STRESS IN A356/SICP METAL MATRIX COMPOSITE BY NANOINDENTATION |
| Metal Matrix Composites | T29-6 | Aug. 23th | Wook Jin | Lee | Korea | Pusan National University | Thermal shock cracking behaviors of 2d woven carbon fiber reinforced magnesium matrix composite |
| Structural Health Monitoring and Management | T30-1 | Aug. 23th | Timothy | Swait | United Kingdom | University of Sheffield | Damage Detection and Amelioration by Electrical Resistance for Smart Composites |
| Structural Health Monitoring and Management | T30-2 | Aug. 23th | Tobias | Capell | United Kingdom | University of Surrey | DETECTION OF DISBONDING IN BONDED JOINTS WITH A SPATIALLY DISPLACED CFBG SENSOR |
| Structural Health Monitoring and Management | T30-3 | Aug. 23th | YUSAKU | ITO | Japan | University of Tokyo | CURE MONITORING OF CARBON/EPOXY COMPOSITE BY OPTICAL-FIBER-BASED DISTRIBUTED STRAIN/TEMPERATURE SENSING |
| Structural Health Monitoring and Management | T30-4 | Aug. 23th | Thomas | Mader | Germany | Chemnitz University of Technology | STRAIN SENSING USING SINGLE CARBON FIBRES |
| Structural Health Monitoring and Management | T30-5 | Aug. 23th | Sara | Andersson | Sweden | Blekinge Institute of Technology | DAMAGE MONITORING OF SHIP FRP DURING EXPOSURE TO EXPLOSION IMPACTS |
| Structural Health Monitoring and Management | T30-6 | Aug. 23th | Aleksander | Muc | Poland | Cracow University of technology | MODELING DAMAGE IN CYLINDRICAL SHELLS USING ELASTIC WAVE-BASED TECHNIQUES |
| Fibres, Matrices and Interfaces | T31-1 | Aug. 23th | Taehoon | Kim | Korea | Seoul National University | PREPARATION AND CHARACTERIZATION OF CORE-SHELL TYPE P3HT@PEO COMPOSITE NANOFIBERS USING SINGLE NOZZLE SYSTEM |
| Fibres, Matrices and Interfaces | T31-2 | Aug. 23th | Naoki | Yoshikawa | Japan | Kyoto Institute of Technology | EFFECT OF FLEXIBLE INTERPHASE ON MECHANICAL PROPERTY OF CFRP |
| Fibres, Matrices and Interfaces | T31-3 | Aug. 23th | Hiroshi | Saito | Japan | Kanazawa Institute of Technology | Residual Strength of Organic Mono-filaments after Compressive Loading |
| Fibres, Matrices and Interfaces | T31-4 | Aug. 23th | Hitoshi | Kanazawa | Japan | Fukushima University | Improvement in Adhesive Property of Polyolefins, Silicone resin, and Other Stable Polymeric Materials |
| Fibres, Matrices and Interfaces | T31-5 | Aug. 23th | Carlos | Fuentes Rojas | Belgium | Katholieke Universiteit Leuven | INTERFACIAL ADHESION AND MECHANICAL PROPERTIES OF BAMBOO FIBRE COMPOSITES |
| Fibres, Matrices and Interfaces | T31-6 | Aug. 23th | Bosko | Rasuo | Serbia | University of Belgrade | FREE-EDGE STRESSES IN COMPOSITE LAMINATES UNDER MECHANICAL LOADING |
| Impact and Dynamic Response | T32-1 | Aug. 23th | Changliang | Li | China | National University of Defense Technology | Dynamic response and damage mechanism of two-core composite sandwich panels under low-velocity impact |
| Impact and Dynamic Response | T32-2 | Aug. 23th | Tomasz | Cwik | United Kingdom | Imperial College London | INVESTIGATION OF BALLISTIC RESPONSE OF CFRP COMPOSITES OF VARIOUS NON-CONVENTIONAL REINFORCEMENT ARCHITECTURES |
| Impact and Dynamic Response | T32-3 | Aug. 23th | Satoshi | Atobe | Japan | Tohoku University | REAL-TIME IMPACT FORCE IDENTIFICATION OF CFRP LAMINATED PLATES USING SOUND WAVES |
| Impact and Dynamic Response | T32-4 | Aug. 23th | Yoshio | Aoki | Japan | College of Science & Technology, Nihon University | DEVELOPMENT AND IMPACT BEHAVIORS OF FRP GUARDER BELT FOR SIDE COLLISION OF AUTOMOBILES |
| Impact and Dynamic Response | T32-5 | Aug. 23th | Hyoung-Soo | KIM | Japan | Nihon Univ. | RESPONSE BEHAVIOR OF RECTANGULAR CFRP TUBES DEVELOPED FOR FULL-LAP COLLISION OF AUTOMOBILES UNDER IMPACT LOAD |
| Impact and Dynamic Response | T32-6 | Aug. 23th | Hideaki | Kusano | Japan | Shimadzu Corporation | High resolution measurement for fracture behavior obsarvation of CFRP |
| Mechanical and Physical Properties | T33-1 | Aug. 23th | Michael | Glowania | Germany | Institut fur Textiltechnik of RWTH Aachen Univ. | Influence of the Pitch Fiber Reinforcement of CFRP on the Mechanical and Thermal Conductivity Properties |
| Mechanical and Physical Properties | T33-2 | Aug. 23th | Aare | Aruniit | Estonia | Tallinn University of Technology | DESIGN AND TESTING OF LIGHT-WEIGHT PARTICLE FILLED POLYMER COMPOSITES |
| Mechanical and Physical Properties | T33-3 | Aug. 23th | Yoshihito | OZAWA | Japan | Fuksuhima University | THERMAL CONDUCTIVITY OF COMPOSITE MATERIALS REINFORCED WITH GLASSY MICRO BALLOONS |
| Mechanical and Physical Properties | T33-4 | Aug. 23th | Shuguang | Li | United Kingdom | The University of Nottingham | Central Reflection and Its Use in Formulation of Unit Cells for Micromechanical FEA |
| Mechanical and Physical Properties | T33-5 | Aug. 23th | Narumol | Kreua-ongarjnukool | Thailand | KMUTNB | IMPROVED IMPACT STRENGTH OF STYRENE-METHYL METHACRYLATE COPOLYMER SHEET BY GRAFTED DEPROTEINIZED NATURAL RUBBER |
| Mechanical and Physical Properties | T33-6 | Aug. 23th | Jia | Xue | Japan | Kyushu University | Effects of slit angle of unidirectionally arrayed chopped strands (UACS) on the thermal residual stress in UACS/Al laminate |
| Mechanical and Physical Properties | T33-7 | Aug. 23th | Mari | Malmstein | United Kingdom | University of Southampton | The effects of hygrothermal ageing on the mechanical properties of sustainable composites |
| Processing of Out-of-autoclave Prepregs | T34-1 | Aug. 23th | Pascal | Hubert | Canada | McGill University | MODELLING AND CHARACTERIZATION OF THICKNESS VARIATIONS IN L-SHAPE OUT-OF-AUTOCLAVE LAMINATES |
| Processing of Out-of-autoclave Prepregs | T34-2 | Aug. 23th | Robert | Witik | Switzerland | Ecole Polytechnique Federale de Lausanne (EPFL) | Assessing the economic and environmental potential of out of autoclave processing |
| Processing of Out-of-autoclave Prepregs | T34-3 | Aug. 23th | Anoush | Poursartip | Canada | The University of British Columbia | ADAPTATION OF SOLID MICROMECHANICS FOR MODELLING CURING RESINS IN PROCESS SIMULATION |
| Processing of Out-of-autoclave Prepregs | T34-4 | Aug. 23th | Goran | Fernlund | Canada | The University of British Columbia | EFFECT OF PROCESS CONDITIONS ON POROSITY IN OUT-OF-AUTOCLAVE PREPREG LAMINATES |
| Processing of Out-of-autoclave Prepregs | T34-5 | Aug. 23th | Suong | Hoa | Canada | Concordia University | Cost Analysis on L-shape Composite Component Manufacturing |
| Processing of Out-of-autoclave Prepregs | T34-6 | Aug. 23th | changping | yin | China | National University of Defense Technology | Co-injection resin transfer molding of carbon/epoxy-foam-carbon/phenolic multilayer integral composites |
| Damage and Fracture | T35-1 | Aug. 23th | Roselita | Fragoudakis | U.S.A. | Tufts University | Predicting damage accumulation in glass fiber reinforced plastics through cumulative damage models |
| Damage and Fracture | T35-2 | Aug. 23th | David | Jensen | U.S.A. | Brigham Young University | INFLUENCE OF BRAIDED SLEEVES ON THE IMPACT DAMAGE OF CYLINDRICAL UNIDIRECTIONAL ELEMENTS |
| Damage and Fracture | T35-3 | Aug. 23th | Christian | Marotzke | Germany | BAM Federal Institute for Materials Research and Testing | Micromechanics based Failure Analysis of Laminates under Off-axis Loading |
| Damage and Fracture | T35-4 | Aug. 23th | sung joon | kim | Korea | korea aerospace research institute | TAPPING TEST AND ANALYSIS FOR DAMAGE DETECTION |
| Damage and Fracture | T35-5 | Aug. 23th | Jeong Woo | Shin | Korea | Korea Aerospace Research Institute | Dynamic propagation of a weak-discontinuous interface crack in functionally graded layers under anti-plane shear |
| Damage and Fracture | T35-6 | Aug. 23th | Chi-Seung | Lee | Korea | Pusan National University | NORMAL-/SHEAR-DECOHESIVE DAMAGE OF ADHESIVELY BONDED JOINTS AT ROOM/CRYOGENIC TEMPERATURES |
| Nanocomposites | T36-1 | Aug. 23th | Pyuck-Pa | Choi | Korea | Max-Planck-Institute for Iron Research | Deformation-induced cementite decomposition in pearlitic steel wires studied by Atom probe tomography |
| Nanocomposites | T36-2 | Aug. 23th | Viorel | Sandu | Romania | Natioanal Institute of Materials Physics | MAGNETITE IN GLASSY MATRIX |
| Nanocomposites | T36-3 | Aug. 23th | Jin Gyu | Park | U.S.A. | Florida State University | HIGH THERMAL CONDUCTIVITY OF CARBON NANOTUBE SHEET/EPOXY COMPOSITE |
| Nanocomposites | T36-4 | Aug. 23th | Jang-Kyo | Kim | Hong Kong | The Hong Kong University of Science and Technology | ELECTRICAL AND MECHANICAL PROPERTIES OF POLYURETHANE NANOCOMPOSITES CONTAINING SELF-ALIGNED GRAPHENE SHEETS |
| Nanocomposites | T36-5 | Aug. 23th | Benoit | Simard | Canada | National Research Council Canada | TOUGHENING OF EPOXY COMPOSITES WITH REDUCED SINGLE-WALLED CARBON NANOTUBES |
| Nanocomposites | T36-6 | Aug. 23th | JUN | MA | Australia | University of South Australia | A facile approach to epoxy/graphene platelets nanocomposites |
| Nanocomposites | T36-7 | Aug. 23th | H. | Wagner | Israel | Weizmann Institute of Science | NANO-BIO-COMPOSITE MECHANICS: RECENT EXPERIMENTS |
| Durability of Polymer Matrix Composites | T38-1 | Aug. 23th | Kenji | Takagi | Japan | Tokyo University of Science | EFFECT OF PLY THICKNESS ON MECHANICAL PROPERTY OF CFRP SYMMETRIC ANGLE-PLY LAMINATES |
| Durability of Polymer Matrix Composites | T38-2 | Aug. 23th | BRYAN | PAJARITO | Japan | TOKYO INSTITUTE OF TECHNOLOGY | EFFECT OF FLAKE ORIENTATION ANISOTROPY ON AGING AND DURABILITY OF GLASS/EPOXY COMPOSITES |
| Durability of Polymer Matrix Composites | T38-3 | Aug. 23th | Kenji | Nakaya | Japan | Tokyo University of Science | Effect of Fiber Discontinuity on the Mechanical Properties in Fiber Reinforced Composite Laminates |
| Durability of Polymer Matrix Composites | T38-4 | Aug. 23th | Woo-Suck | HAN | France | ENSM-SE | 3D MICROCRACKING NETWORKS OF STITCHED MULTIAXIAL LAMINATES UNDER THERMAL LOADINGS |
| Durability of Polymer Matrix Composites | T38-5 | Aug. 23th | Ashar | Zafar | Denmark | Aalborg University | THE USE OF XPS TO INVESTIGATE THE AGEING MECHANISM OF THE PHENOL-UREA-FORMALDEHYDE (PUF) BINDER COATED MINERAL FIBERS |
| Durability of Polymer Matrix Composites | T38-6 | Aug. 23th | Monssef | DRISSI HABTI | France | IFSTTAR | BENDING FATIGUE BEHAVIOR OF SMART GLASS-FIBER REINFORCED VINYLESTER COMPOSITE MATERIALS |
| Nano Composite in Energy Applications | T39-1 | Aug. 23th | Hyun-Jun | Hwang | Korea | Hanyang University | Ultra-high speed fabrication of TiO2 photoanode by flash light for dye-sensitized solar cell |
| Nano Composite in Energy Applications | T39-2 | Aug. 23th | Tae-Hwan | Park | Japan | Kyushu University | Hybridized Si-CNF nanocomposite and graphite as a high performance anode for Li-ion battery |
| Nano Composite in Energy Applications | T39-3 | Aug. 23th | Sung-Hyeon | Park | Korea | Hanyang University | PT-BASED/CNT ALLOY NANOPARTICLES COMPOSITE FOR HIGH PERFORMANCE DIRECT METHANOL FUEL CELL |
| Nano Composite in Energy Applications | T39-4 | Aug. 23th | Jitendra | Pandey | Japan | University of Tokushima | EFFECT OF SURFACE POLARITY OF CELLULOSE NANOFIBERS ON THE MECHANICAL PERFORMANCE OF STARCH BASED COMPOSITE |
| Nano Composite in Energy Applications | T39-5 | Aug. 23th | Jung-Oh | Choi | Korea | seoul national university | DYE-SENSITIZED SOLAR CELLS WITH A TIO2 MULTILAYER STRUCTURE FABRICATED USING THE NANO-PARTICLE DEPOSITION SYSTEM |
| Nano Composite in Energy Applications | T39-6 | Aug. 23th | Caroline Sunyong | Lee | Korea | Hanyang University | PHOTOVOLTAIC CHACRACTERISTICS OF DYE SENSITIZED SOLAR CELL (DSSC) FABRICATED BY NANO-PARTICLE DEPOSITION SYSTEM (NPDS) |
| Composite Materials from Biorenewable Resources | T40-1 | Aug. 23th | Chanchai | Thongpin | Thailand | Silpakorn Univerisity | CURE CHARACTERISTIC, MECHANICAL PROPERTIES AND MORPHOLOGY OF IN-SITU SILICA-GEL/NR COMPOSITES |
| Composite Materials from Biorenewable Resources | T40-2 | Aug. 23th | James | Choi | Korea | Haott Solution | ANALYSIS OF COMPOSITE MATERIALS WITH HIGH RESOLUTION COMPUTED TOMOGRAPHY |
| Composite Materials from Biorenewable Resources | T40-3 | Aug. 23th | Shigeru | Nagasawa | Japan | Nagaoka University of Technology | RESIDUAL CHARACTERISTIC OF BENDING MOMENT ON REPEATED FOLDING MOTION OF COATED PAPERBOARD CREASED BY ROUND-EDGE KNIFE |
| Composite Materials from Biorenewable Resources | T40-4 | Aug. 23th | Anuchit | Khongrit | Thailand | Suranaree University of Technology | DESIGN OF EXPERIMENT: WOOD COMPOSITES BASED ON CROSSLINKED POLYPROPYLENE |
| Composite Materials from Biorenewable Resources | T40-5 | Aug. 23th | stefanie | tschegg | Austria | University of Natural Resources and Life Sciences, BOKU, Vienna | FRACTURE MACHANICS OF CONCRETE REINFORCED WITH HEMP, STRAW AND ELEPHANT GRASS FIBRES |
| Composite Materials from Biorenewable Resources | T40-6 | Aug. 23th | Hao | Wang | Australia | University of Southern Queensland | THE EFFECT OF CHEMICAL TREATMENTS ON HEMP REINFORCED COMPOSITES |
| Metal Matrix Composites | T41-1 | Aug. 23th | Wook-Ha | Ryu | Korea | Seoul National University | Improvement of Plasticity by Tailoring Secondary Phases in Ti-rich Ti-Zr-Be-Cu-Ni BMG Matrix Composites |
| Metal Matrix Composites | T41-2 | Aug. 23th | Minchul | Kim | Korea | Yeungnam University | LOW TEMPERATURE SYNTHESIS OF Al-B-C MULTI-PHASE COMPOSITES VIA REACTIVE SINTERING OF B4C AND Al |
| Metal Matrix Composites | T41-3 | Aug. 23th | Je In | Lee | Korea | Seoul National University | Mg-rich Mg-Cu-Zn-Gd Bulk Metallic Glass Composites with Enhanced Plasticity |
| Metal Matrix Composites | T41-4 | Aug. 23th | hendrik | hendrik | Korea | Yeungnam University | CONSOLIDATION OF MECHANICALLY MILLED AL-MWCNT NANO-COMPOSITE POWDERS BY THE CONVENTIONAL POWDER METALLURGY PROCESSING |
| Metal Matrix Composites | T41-5 | Aug. 23th | Woo Jin | Kim | Korea | Hongik University | FABRICATION OF CARBON NANOTUBE ALUMINUM COMPOSITE BY HIGH RATIO DIFFERENTIAL SPEED ROLLING |
| Metal Matrix Composites | T41-6 | Aug. 23th | Julien | Stein | Germany | EADS Deutschland GmbH and University Montpellier II | HIGH-PERFORMANCE METAL MATRIX COMPOSITES REINFORCED BY CARBON NANOTUBES |
| Bio-inspired Composites | T42-1 | Aug. 23th | Tim | Huber | New Zealand | University of Canterbury | IMPACT AND FLEXURAL STRENGTH OF RAYON BASED ALL-CELLULOSE COMPOSITE LAMINATES |
| Bio-inspired Composites | T42-2 | Aug. 23th | Shenmin | Zhu | China | Shanghai Jiao Tong University | SYNTHESIS OF CU-DOPED WO3 MATERIALS WITH PHOTONIC STRUCTURES FOR GAS SENSORS |
| Bio-inspired Composites | T42-3 | Aug. 23th | Sebastian | Spitzer | Germany | Technische Universitat Dresden | Design of Multilayered Spruce Laminates for Moisture-Sensitive Actuating Components |
| Bio-inspired Composites | T42-4 | Aug. 23th | Desislava | Bacheva | United Kingdom | University of Bristol | THE SKELETON OF EUPLECTELLA ASPERGILLUM AS FOUNDATION FOR THE DEVELOPMENT OF NOVEL COMPOSITE AEROSPACE STRUCTURES |
| Bio-inspired Composites | T42-5 | Aug. 23th | Jin-Han | Jeon | Korea | Korea Advanced Institute of Science and Technology | Facile synthesis of sulfonated polyimide with highly conductive silver electrode via direct ion-exchange self-metallization for electro-active artificial muscle |
| Bio-inspired Composites | T42-6 | Aug. 23th | Sriyulianti | Widhiarini | Korea | Konkuk University | Development of Bird-Mimetic Span-Wise Cambered Carbon/epoxy Spar Structure for Flapping Wing of Flying Robot |
| Bio-inspired Composites | T42-7 | Aug. 23th | Hoon Cheol | Park | Korea | Konkuk University | COMPOSITE ARTIFICIAL WING MIMICKING A BEETLE HIND-WING |
| Carbon Nanocomposites and Hybrid Advanced Composites | T43-1 | Aug. 23th | Niels | De Greef | Belgium | Katholieke Universiteit Leuven | EFFECT OF CARBON NANOTUBES ON FATIGUE LIFE OF CARBON FIBER/EPOXY COMPOSITES |
| Carbon Nanocomposites and Hybrid Advanced Composites | T43-2 | Aug. 23th | Yang | Liu | U.S.A. | Penn State University | ALIGNED CARBON NANOTUBE/NAFION NANOCOMPOSITE IONIC ELECTROACTIVE POLYMER ACTUATORS |
| Carbon Nanocomposites and Hybrid Advanced Composites | T43-3 | Aug. 23th | Namiko | Yamamoto | U.S.A. | Massachusetts Institute of Technology | NON-LINEAR THERMAL CONDUCTIVITY ENHANCEMENT IN NANOCOMPOSITES WITH ALIGNED-CNT IMPLEMENTATION |
| Carbon Nanocomposites and Hybrid Advanced Composites | T43-4 | Aug. 23th | Sunny | Wicks | U.S.A. | MIT | Vacuum Assisted Infusion of Hybrid Aligned Carbon Nanotube-Fiber Composites for Mechanical Reinforcement |
| Carbon Nanocomposites and Hybrid Advanced Composites | T43-5 | Aug. 23th | Mongyoung | Huh | Korea | Jeonju Institute of Machinery and Carbon composit | A NOVEL ROUTE FOR PREPARATION OF NANOSTRUCTURED CARBON GOLD COMPOSITE BALL FROM ARBORESCENT COPOLYMER MICELLES |
| Carbon Nanocomposites and Hybrid Advanced Composites | T43-6 | Aug. 23th | Yiqi | Wang | Korea | Changwon National University | CHARACTERIZATION OF ELECTRICAL CONDUCTIVITY IMPROVEMENT FOR CARBON NANOCOMPOSITES |
| Carbon Nanocomposites and Hybrid Advanced Composites | T43-7 | Aug. 23th | James | Seferis | U.S.A. | Polymeric Composites Laboratory | NANOBRIDIZATION IN CARBON FIBER POLYMERIC MATRIX NANOCOMPOSITE SYSTEMS |
| Impact and Dynamic Response | T44-1 | Aug. 23th | Paul | Hogg | United Kingdom | Northwest Composites Centre | AN EXPERIMENTAL COMPARISON OF DIFFERENT CARBON AND GLASS LAMINATES FOR BALLISTIC PROTECTION |
| Impact and Dynamic Response | T44-2 | Aug. 23th | Hyonny | Kim | U.S.A. | University of California San Diego | BLUNT IMPACT DAMAGE FORMATION IN FRAME AND STRINGER STIFFENED COMPOSITE PANELS |
| Impact and Dynamic Response | T44-3 | Aug. 23th | YU | Ying | Japan | Kyoto Institute of Technology | IMPACT PROPERTIES OF JUTE AND JUTE HYBRID REINFORCED COMPOSITES |
| Impact and Dynamic Response | T44-4 | Aug. 23th | Raj | Das | New Zealand | University of Auckland | EVALUATING THE USE OF ELASTOMERS IN IMPROVING BLAST RESISTANCE OF FIBRE-METAL COMPOSITES |
| Impact and Dynamic Response | T44-5 | Aug. 23th | Kwon Joong | Son | United Arab Emirates | American University in Dubai | HYBRID PARTICLE-ELEMENT SIMULATION OF COMPOSITE MATERIAL IMPACT PHYSICS |
| Impact and Dynamic Response | T44-6 | Aug. 23th | Kazuya | Okamoto | Japan | Tokyo University of Science | NUMERICAL EVALUATION OF HOPKINSON BAR TEST FOR CARBON FIBER REINFORCED PLASTICS |
| Impact and Dynamic Response | T44-7 | Aug. 23th | Hideaki | KASANO | Japan | Takushoku University | BALLISTIC IMPACT PERFORMANCE OF COMPOSITE PLATE WITH AND WITHOUT BONDING |
| Mechanical and Physical Properties | T45-1 | Aug. 23th | Tatsuro | Kosaka | Japan | Kochi University of Technology | STRAIN BEHAVIOUR OF CFRP HIGH PRESSURE VESSEL DURING MANUFACTURING PROCESS |
| Mechanical and Physical Properties | T45-2 | Aug. 23th | Wen | Chan | U.S.A. | The University of Texas at Arlington | Analytical Model for Computing Thermal Expansion Coefficients and Thermal Stress in Unidirectional Lamina |
| Mechanical and Physical Properties | T45-3 | Aug. 23th | Xiao-Wen | Lei | Japan | Shinshu University | VIBRATION CHARACTERISTICS OF EMBEDDED DOUBLE WALLED CARBON NANOTUBES SUBJECTED TO AN AXIAL PRESSURE |
| Mechanical and Physical Properties | T45-4 | Aug. 23th | Xiaohao | Shi | United Kingdom | Newcastle University | NUMERICAL HOMOGENISATION OF PARTICLE-REINFORCED NEO-HOOKEAN COMPOSITE |
| Mechanical and Physical Properties | T45-5 | Aug. 23th | Paul | Smith | United Kingdom | University of Surrey | DAMAGE PREDICTION IN POLYMERIC COMPOSITES: UP-DATE OF PART(A) OF THE THIRD WORLD-WIDE FAILURE EXERCISE (WWFE-III) |
| Mechanical and Physical Properties | T45-6 | Aug. 23th | Jan | Ivens | Belgium | Katholieke Universiteit Leuven | COMBINATION SHEAR-COMPRESSION TESTING OF FOAM MATERIALS FOR THEIR APPLICATION IN BICYCLE HELMETS OR OTHER COMPLEXLY LOADED STRUCTURES |
| Mechanical and Physical Properties | T45-7 | Aug. 23th | Francisco | Arakaki | Brazil | EMBRAER S.A. | MICRO-MECHANICS THEORY APPLIED IN AERONAUTICAL PRODUCT DEVELOPMENT |
| Processing and Manufacturing Technologies | T46-1 | Aug. 23th | Takato | Nakamura | Japan | FUJIKURA RUBBER LIMITED | STUDIES ON TORSIONAL STRENGTH OF CARBON FIBER COMPOSITES SHAFT BY INOVATIVE SHEET WINDING |
| Processing and Manufacturing Technologies | T46-2 | Aug. 23th | Jongsung | Park | Korea | Hankkuk Carbon Co., Ltd. | CHARACTERISTICS AND APPLICATION OF AN EPOXY RESIN HAVING THERMOPLASTIC BEHAVIORS |
| Processing and Manufacturing Technologies | T46-3 | Aug. 23th | Sang-Bok | Lee | Korea | Korea Institute of Materials Science | Preparation and Electromagnetic properties of magnetic particles embedded composite films for near-field electromagnetic noise suppression |
| Processing and Manufacturing Technologies | T46-4 | Aug. 23th | Nakamura | Koichi | Japan | Nittoboseki co.,ltd. | EFFECT OF MOLDING CONDITION ON IMPACT PROPERTY OF GLASS FIBER REINFORCED THERMOPLASTICS USING IN-SITU POLYMERIZABLE POLYAMIDE 6 AS THE MATRIX |
| Processing and Manufacturing Technologies | T46-5 | Aug. 23th | Hirofumi | Nishida | Japan | Nagase ChemteX Corporation | NEW POLYMER ALLOYS BASED ON IN SITU-POLYMERIZABLE POLYAMIDE 6 APPLICABLE TO HIGH CYCLE RESIN TRANSFER MOLDING (1) |
| Processing and Manufacturing Technologies | T46-6 | Aug. 23th | Akbar | Shojaei | Iran | Sharif University of Technology | RHEOLOGICAL PROPERTIES OF NANOCOMPOSITES BASED ON POLYAMIDE66/POLYAMIDE6/MULTI-WALLED CARBON NANOTUBE PREPARED BY MELT MIXING |
| Damage in Composites or Mechanical Properties | T47-1 | Aug. 23th | Boming | Zhang | China | Beijing University of Aeronautics & Astronautics | PREDICTION FOR THE TRANSVERSE TENSILE STRENGTH OF UNIDIRECTIONAL COMPOSITES CONSIDERING INTERPHASE |
| Damage in Composites or Mechanical Properties | T47-2 | Aug. 23th | Lloyd | Smith | U.S.A. | Washington State University | Comparisons of Damage Growth Under Biaxial Loading |
| Damage in Composites or Mechanical Properties | T47-3 | Aug. 23th | ARIFUL | SHAIKH | Saudi Arabia | King Abdullah University of Science and Technology | EFFECT OF NANOREINFORCEMENT ON DISCRETE AND CONTINUUMDAMAGE MECHANISMS IN LAMINATED COMPOSITES |
| Damage in Composites or Mechanical Properties | T47-4 | Aug. 23th | Rita | Teixeira | Portugal | Imperial College London | TRANSLAMINAR PLY FRACTURE TOUGHNESS OF ADVANCED COMPOSITES |
| Damage in Composites or Mechanical Properties | T47-5 | Aug. 23th | Christian | Berggreen | Denmark | Technical University of Denmark | A METHODOLOGY FOR G-CONTROLLED FATIGUE CHARACHTERIZATION OF SANDWICH FACE/CORE INTERFACES USING THE MMB AND MODIFIED TSD SPECIMENS |
| Damage in Composites or Mechanical Properties | T47-6 | Aug. 23th | Zengshan | Li | China | Beihang University | THE EFFECT OF PLY THICKNESS ON THE DAMAGE MECHANISMS IN NOTCHED COMPOSITES |
