| Session Title | Presentation Order | Date | First Name | Last Name | Country | Affiliation | Presentation Title |
|---|---|---|---|---|---|---|---|
| Nanocomposites | TH01-1 | Aug. 25th | Tianjiao | Bao | China | Beijing University of Aeronautics and Astronautics | PREPARATION AND ELECTROMAGNETIC PROPERTIES OF MULTIWALLED CARBON NANOTUBES BUCKYPAPER/EPOXY RESIN NANOCOMPOSITES |
| Nanocomposites | TH01-2 | Aug. 25th | Paolo | Ermanni | Switzerland | ETH Zurich | Functionalization of SWCNTs: Impact on Tensile Properties and Morphology of CNT-Paper |
| Nanocomposites | TH01-3 | Aug. 25th | Xudong | Yang | China | Tianjin University | SYNTHESIS OF CARBON NANOTUBE REINFORCEMENT IN ALUMINUM POWDER BY IN SITU CHEMICAL VAPOR DEPOSITION |
| Nanocomposites | TH01-4 | Aug. 25th | Eugene | Oh | Korea | POSTECH | SYNTHESIS OF TIGHTLY BOUNDED CNT FORESTS ON CARBON FIBERS FOR COMPOSITES |
| Nanocomposites | TH01-5 | Aug. 25th | JI YEON | LEE | Korea | Pusan National University | SYNTHESIS OF CO3O4 NANOWIRES ON NICKEL FOAM BY A NOVEL MICROWAVE-ASSISTED TEMPLATE FREE METHOD |
| Nanocomposites | TH01-6 | Aug. 25th | Sung Hwan | Jin | Korea | KAIST | TRANSPARENT CONDUCTIVE CNT/POLYMER NANOCOMPOSITES FOR ORGANIC SOLAR CELL APPLICATION |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH02-1 | Aug. 25th | Romesh | Batra | U.S.A. | Virginia Tech | PROGRESSIVE DAMAGE AND FAILURE OF CURVED SANDWICH STRUCTURES DUE TO WATER SLAMMING |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH02-2 | Aug. 25th | Ole | Thomsen | Denmark | Aaborg University | NON-LINEAR THRMO-MECHANICAL RESPONSE OF FOAM CORE CIRCULAR SANDWICH PLATES |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH02-3 | Aug. 25th | Dan | Zenkert | Sweden | Kungliga Tekniska Hogskolan | FATIGUE OF SANDWICH BEAMS UNDER LOCALISED LOADS |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH02-4 | Aug. 25th | Catherine | Phan | U.S.A. | Georgia Institute of Technology | BUCKLING OF SANDWICH BEAMS USING THE EXTENDED HIGH-ORDER SANDWICH PANEL THEORY AND COMPARISON WITH ELASTICITY |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH02-5 | Aug. 25th | Bazle | Gama | U.S.A. | University of Delaware | Finite Element Analysis of Low Velocity Impact & Compression Strength after Impact of Sandwich Composite Structures |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH02-6 | Aug. 25th | Bhavani | Sankar | U.S.A. | University of Florida | HOMOGENIZATION OF SANDWICH PANELS WITH COMPLEX MICROSTRUCTURE |
| Green Composites | TH03-1 | Aug. 25th | DONGHWAN | CHO | Korea | Kumoh National Institute of Technology | EFFECT OF ELECTRON BEAM IRRADIATION ON THE MECHANICAL AND IMPACT PROPERTIES AND WATER ABSORPTION OF RANDOM AND 2-D JUTE/PLA GREEN COMPOSITES |
| Green Composites | TH03-2 | Aug. 25th | Han Na | Choi | Korea | Chungnam National University | BIODEGRADATION AND LIFE TIME OF SOY OIL BLENDED PLA AND RAMIE/PLA COMPOSITES |
| Green Composites | TH03-3 | Aug. 25th | Byung Sun | Kim | Korea | Korea Institute of Materials Science | TOWARDS IMPROVEMENT ON MECHANICAL PROPERTIES OF BASALT FIBER/POLYLACTIC ACID COMPOSITES |
| Green Composites | TH03-4 | Aug. 25th | KAYODE | ADEKUNLE | Sweden | UNIVERSITY OF BORAS | Mechanical Properties of Renewable Soybean Oil Thermoset reinforced with Jute Fabrics and Lyocell Fiber |
| Green Composites | TH03-5 | Aug. 25th | Hans | Lilholt | Denmark | Risø DTU, Technical University of Denmark | BIOBASED MATERIALS: POTENTIALS AND OBSTACLES FOR STRUCTURE, STRENGTH AND PERFORMANCE OF CELLULOSE FIBRES AND THEIR COMPOSITES |
| Numerical Methods in Composite Materials | TH04-1 | Aug. 25th | Michiel | Hagenbeek | Netherlands | INHolland University of Applied Sciences | NUMERICAL MODELLING OF FIBRE METAL LAMINATES UNDER THERMO-MECHANICAL LOADINGS |
| Numerical Methods in Composite Materials | TH04-2 | Aug. 25th | Arief | Yudhanto | Japan | Tokyo Metropolitan University | Mechanical Properties of Vectran Stitched Composites: Numerical Modeling and Experimental Validation |
| Numerical Methods in Composite Materials | TH04-3 | Aug. 25th | Gaurav | Vyas | United Kingdom | Imperial College London | FAILURE PREDICTION AND DAMAGE MODELLING OF MATRIX CRACKING IN QUASI-ISOROPIC LAMINATES AT THE PLY LEVEL |
| Numerical Methods in Composite Materials | TH04-4 | Aug. 25th | Jaan | Kers | Estonia | Tallinn University of Technology | WAVELET BASED DISCRETIZATION TECHNIQUE FOR ANALYSIS AND DESIGN OF COMPOSITE STRUCTURES |
| Numerical Methods in Composite Materials | TH04-5 | Aug. 25th | Yeong Sung | Suh | Korea | Hannam University | LENGTH-SCALE-DEPENDANT STRENGTHENING OF PARTICLE-REINFORCED METAL MATRIX COMPOSITES WITH STRAIN-GRADIENT PLASTICITY |
| Numerical Methods in Composite Materials | TH04-6 | Aug. 25th | Kwang-Hee | Im | Korea | Woosuk University | On Fiber Direction and Porosity Content Using Ultrasonic Pitch-Catch Technique in CFRP Composite Solid Laminates |
| Carbon and Ceramic Matrix Composites | TH05-1 | Aug. 25th | Yongting | Zheng | China | Harbin institute of technology | MICROSTRUCTURE AND MECHANICAL PROPERTIES OF EUTECTIC COMPOSITE CERAMIC Al2O3/ZrO2 BY EXPLOSION SYNTHESIS |
| Carbon and Ceramic Matrix Composites | TH05-2 | Aug. 25th | Yoshitaka | Umemoto | Japan | Toho Tenax Co. LTD. | OUT OF AUTOCLAVE MATERIAL “SEMI-PREG” / TECHNICAL DEVELOPMENT OF RESIN TRANSFER MOLDING |
| Carbon and Ceramic Matrix Composites | TH05-3 | Aug. 25th | haijun | su | China | Northwestern Polytechnical University | LASER REMELTED AL2O3/ER3AL5O12 EUTECTIC IN SITU COMPOSTE CERAMICS FOR HIGH TEMPERATURE THERMAL EMISSION APPLICATIONS |
| Carbon and Ceramic Matrix Composites | TH05-4 | Aug. 25th | LORRETTE | Christophe | France | CEA | PROGRESS IN DEVELOPING SIC/SIC COMPOSITE MATERIALS FOR ADVANCED NUCLEAR REACTORS |
| Carbon and Ceramic Matrix Composites | TH05-5 | Aug. 25th | Enrique | Lopez | Korea | Kyung Hee University | SILVER NANOPARTICLES GRAFTED CARBON NANOTUBE CAPSULES: SYNTHESIS AND CHARACTERIZATION |
| Carbon and Ceramic Matrix Composites | TH05-6 | Aug. 25th | Jungki | Seo | Korea | Soongsil University | INCREASING THERMAL CONDUCTIVITY OF ENGINEERED FLOORING THROUGH EXFOLIATED GRAPHITE COMPOSITES FOR BUILDING ENERGY CONSERVATION |
| High-precision Composites | TH06-1 | Aug. 25th | Jun | Koyanagi | Japan | Japan Aerospace Exploration Agency | TIME AND TEMPERATURE DEPENDENCE OF SURFACE ACCURACY OF HIGH-PRECISION CFRP MIRRORS |
| High-precision Composites | TH06-2 | Aug. 25th | Yoshihiko | Arao | Japan | Doshisya University | GEOMETRICAL STABILITY OF CFRP LAMINATE CONSIDERING PLY ANGLE MISALIGNMENT |
| High-precision Composites | TH06-3 | Aug. 25th | Shin | Utsunomiya | Japan | Japan Aerospace Exploration Agency | DIMENSIONAL STABILITY OF CFRP MIRRORS FOR SPACE TELESCOPES UNDER LOW TEMPERATURE ENVIRONMENT |
| High-precision Composites | TH06-4 | Aug. 25th | Shin-ichi | Takeda | Japan | Japan Aerospace Exploration Agency | LONG-TERM MONITORING OF STRAIN CHANGES IN CFRP USING FBG SENSORS |
| High-precision Composites | TH06-5 | Aug. 25th | Kamiya | Tomohiro | Japan | Japan Aerospace Exploration Agency | IMPROVEMENT OF THE CFRP COMPOSITE MIRROR SURFACE USING A REPLICA METHOD |
| High-precision Composites | TH06-6 | Aug. 25th | Takashi | Yokoyama | Japan | Super Resin, Inc. | HIGH-PRECISION HYBRID COMPOSITE STRUCTURES FOR SPACE OPTICS |
| Sandwich Technologies | TH07-1 | Aug. 25th | Jasmin | Jelovica | Finland | Aalto University | EXPERIMENTAL INVESTIGATION ON ULTIMATE STRENGTH OF CORRODED WEB-CORE SANDWICH PANEL STRIPES |
| Sandwich Technologies | TH07-2 | Aug. 25th | Hangying | Shan | China | Nanjing University of Aeronautics and Astronautics | Compression properties of X-cor sandwich structure |
| Sandwich Technologies | TH07-3 | Aug. 25th | Jiang | Tian | China | Northwestern Polytechnical University | STUDY ON THE DAMAGE PROPAGATION OF A COMPOSITE SANDWICH PANEL WITH FOAM CORE AFTER LOW VELOCITY IMPACT |
| Sandwich Technologies | TH07-4 | Aug. 25th | Yasuo | Hirose | Japan | Kanazawa Institute of Technology | EVALUATION OF CRACK ARRESTER WITH SEMI-CYLINDORICAL SHAPE UNDER MODE II TYPE LOADING |
| Sandwich Technologies | TH07-5 | Aug. 25th | kouhei | kudou | Japan | Tokyo University of Science | PROPERTY EVALUATION OF CFRP SANDWICH PANEL UNDER CRYOGENIC TEMPERATURE |
| Sandwich Technologies | TH07-6 | Aug. 25th | Carlos | Santiuste | Spain | Universidad Carlos III de Madrid | FAILURE PREDICTION IN HONEYCOMB SANDWICH BEAMS UNDER LOW-VELOCITY IMPACT |
| Biomedical Composites | TH08-1 | Aug. 25th | Ajith | Jose | India | Anna University | Development of bioactive polysulfone nanocomposites for bone tissue replacement |
| Biomedical Composites | TH08-2 | Aug. 25th | Carlos | Cimini Jr. | Brazil | UNICAMP - State University of Campinas | FLEXURAL STIFFNESS OF GFRP COMPOSITE ORTHODONTIC ARCHWIRES |
| Biomedical Composites | TH08-3 | Aug. 25th | Sutthima | Sriprasertsuk | Thailand | Research Unit of Advanced Ceramics | PREPARATION OF ANODIC OXIDE FILM ON Ti-6Al-4V VIA ANODIZATION IN MONOCALCIUMPHOSPHATE MONOHYDRATE (MCPM) ELECTROLYTE |
| Biomedical Composites | TH08-4 | Aug. 25th | kee do | woo | Korea | Chonbuk National University | MECHANICAL PROPERTIES AND BIOCOMPATIBILITY OF Ti-Nb-X-HA COMPOSITES FBRICATED BY RAPID SINTERING USING HIGH ENERGY MECHANICAL MILLING POWDERS |
| Biomedical Composites | TH08-5 | Aug. 25th | Jayachandran | Venkatesan | Korea | Pukyong National University, Busan | Biomimetic and biocompatible chitosan-carbon nanotube composite scaffolds for bone tissue engineering |
| Multiscale Modeling and Simulation of Nanocomposites | TH09-1 | Aug. 25th | Sangwook | Sihn | U.S.A. | University of Dayton Research Institute | MODELING OF MECHANICAL PROPERTIES OF MULTI-LAYERED PILLARED GRAPHENE NANOSTRUCTURES |
| Multiscale Modeling and Simulation of Nanocomposites | TH09-2 | Aug. 25th | Suyoung | Yu | Korea | Seoul National University | MULTISCALE ANALYSIS OF THERMAL CONDUCTIVITY FOR PARTICULATED NANOCOMPOSITES |
| Multiscale Modeling and Simulation of Nanocomposites | TH09-3 | Aug. 25th | Seunghwa | Yang | Korea | Seoul National University | MULTISCALE MODELING OF COVALENTLY GRAFTED NANOPARTICLE/POLYMER NANOCOMPOSITES |
| Multiscale Modeling and Simulation of Nanocomposites | TH09-4 | Aug. 25th | Joonmyung | Choi | Korea | Seoul National University | The thermoelastic behavior of polymeric based nanocomsposites in glassy and rubbery states |
| Multiscale Modeling and Simulation of Nanocomposites | TH09-5 | Aug. 25th | Seongmin | Chang | Korea | Seoul National University | MULTISCALE HOMOGENIZATION METHOD TO PREDICT FILLER SIZE-DEPENDENT THERMOELASTIC PROPERTIES OF POLYMER NANOCOMPOSITES |
| Multiscale Modeling and Simulation of Nanocomposites | TH09-6 | Aug. 25th | Yonghee | Lee | Korea | Seoul National University | HOMONGENIZATION AND DIMENSIONAL REDUCTION OF THE NANO-SIZED HONEYCOMB STRUCTURES CONSIDERING SURFACE EFFECTS |
| Smart Composite Materials | TH10-1 | Aug. 25th | Fang-Yao | Yeh | Taiwan | National Center for Research on Earthquake Engineering | Self-sensing cement-based composite for strain measurement and damage detection |
| Smart Composite Materials | TH10-2 | Aug. 25th | liwu | liu | China | Harbin Institute of Technology | DIELECTRIC ELASTOMERS MEMBRANE ACTUATOR UNDERGOING POLARIZATION SATURATION |
| Smart Composite Materials | TH10-3 | Aug. 25th | Hua-Xin | Peng | United Kingdom | Bristol University | MICROWAVE TUNABLE COMPOSITES WITH MELT-ESTRACTED MAGNETIC MICROWIRES |
| Smart Composite Materials | TH10-4 | Aug. 25th | Haibao | Lu | China | Harbin Institute of Technology | ALIGNED NICKEL NANOSTRAND IN NANOPAPER ENABLED SHAPE-MEMORY NANOCOMPOSITE FOR HIGH SPEED |
| Smart Composite Materials | TH10-5 | Aug. 25th | Abrar-Ul-Haq Khan | Baluch | Korea | KAIST | BEHAVIOR OF CARBON-EPOXY COMPOSITE FOR HYPERVELOCITY IMPACTS AT OBLIQUE ANGLE ON SPACECRAFT IN LOW EARTH ORBIT ENVIRONMENT |
| Smart Composite Materials | TH10-6 | Aug. 25th | Hong-Kyu | Jang | Korea | KAIST | RADAR ABSORBING STRUCTURE WITH PERIODIC PATTERN SURFACES FOR WIND TURBINE BLADES |
| New Advancements in Manufacturing Thermoplastic Fiber Reinforced Polymer Composites for Large-scale | TH11-1 | Aug. 25th | Thomas | Bayerl | Germany | Institut fur Verbundwerkstoffe GmbH | Heating of Polymer-Polymer Composites by Inductive Means |
| New Advancements in Manufacturing Thermoplastic Fiber Reinforced Polymer Composites for Large-scale | TH11-2 | Aug. 25th | Rene | Holschuh | Germany | Institut fur Verbundwerkstoffe GmbH | Controlled influence of component properties using hybrid techniques by combining different lightweight structures |
| New Advancements in Manufacturing Thermoplastic Fiber Reinforced Polymer Composites for Large-scale | TH11-3 | Aug. 25th | Marcel | Christmann | Germany | Institut fur Verbundwerkstoffe GmbH | INFLUENCE OF INHOMOGENEOUS TOOL TEMPERATURE ON THE INTERLAMINARE PRESSURE OF THE CONTINUOUS COMPRESSION MOLDING PROCESS |
| New Advancements in Manufacturing Thermoplastic Fiber Reinforced Polymer Composites for Large-scale | TH11-4 | Aug. 25th | Tibor | Czigany | Hungary | Budapest University of Technology and Economics | FRICTION STIR WELDING OF FIBER REINFORCED POLYMER COMPOSITES |
| New Advancements in Manufacturing Thermoplastic Fiber Reinforced Polymer Composites for Large-scale | TH11-5 | Aug. 25th | Christian | Weimer | Germany | Eurocopter Deutschland GmbH | THERMOPLASTIC HIGH PERFORMANCE COMPOSITES: ENVIRONMENTAL REQUIREMENTS FOR FUTURE HELICOPTER AIRFRAMES |
| New Advancements in Manufacturing Thermoplastic Fiber Reinforced Polymer Composites for Large-scale | TH11-6 | Aug. 25th | HEEJUNE | KIM | Korea | LG HAUSYS | New Material Developments for Large Scale Production in Automotive Sector |
| Progressive Damage and Failure | TH12-1 | Aug. 25th | Kwek-Tze | Tan | Japan | Tokyo Metropolitan University | Progressive Damage in Stitched Composites under Impact Loading |
| Progressive Damage and Failure | TH12-2 | Aug. 25th | Frans | van der Meer | Netherlands | Delft University of Technology | A level set model for delamination analysis with large elements |
| Progressive Damage and Failure | TH12-3 | Aug. 25th | Pedro | Camanho | Portugal | University of Porto | ANALYTICAL MODEL FOR THE PREDICTION OF THE FRACTURE TOUGHNESS OF MULTIDIRECTIONAL LAMINATES |
| Progressive Damage and Failure | TH12-4 | Aug. 25th | Hari | Dharan | U.S.A. | University of California, Berkeley | Fracture processes in multi-scaled carbon nanotube/glass fiber reinforced composites subjected to fatigue loading |
| Progressive Damage and Failure | TH12-5 | Aug. 25th | Murat | Gunel | Turkey | Turkish Aerospace Industries INC./Middle East Technical University | NON-LINEAR PROGRESSIVE FAILURE ANALYSIS OF COMPOSITE AEROSPACE STRUCTURES |
| Progressive Damage and Failure | TH12-6 | Aug. 25th | Federico | Paris | Spain | University of Seville | Toughness determination in composite multimaterial closed corners |
| Probabilistic Approaches and Design | TH13-1 | Aug. 25th | Nikolay | Dimitrov | Denmark | Siemens Wind Power A/S | Enforcing System Approach to Composite Failure Criteria for Reliability Analysis |
| Probabilistic Approaches and Design | TH13-2 | Aug. 25th | Brian | Burks | U.S.A. | University of Denver | A PROBABILISTIC APPROACH TO ACCOUNT FOR THE “WEAR-IN” SCATTER OF A HYBRID COMPOSITE MATERIAL |
| Probabilistic Approaches and Design | TH13-3 | Aug. 25th | Hyuk-Chun | Noh | Korea | Sejong University | EFFECT OF SPATIAL RANDOM POISSN’S RATIO ON THE IN-PLANE BEHAVIOR OF COMPOSITE PLATES |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH14-1 | Aug. 25th | Amanda | Wu | U.S.A. | University of Delaware | Recent progress in resistance-based damage sensing of carbon nanotube-fiber composites |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH14-2 | Aug. 25th | Hugh | Bruck | U.S.A. | University of Maryland | Mechanical Characterization and Modeling of Hierarchically-structured Composite Materials |
| ONR SESSIONS - Research in Composites Materials and Sandwich Structures | TH14-3 | Aug. 25th | Sohrab | Kazemahvazi | Sweden | KTH Royal Institute of Technology | STRENGTH OF MULTI-AXIAL LAMINATES WITH MULTIPLE RANDOMLY DISTRIBUTED HOLES |
| Natural Fiber Composite Materials | TH15-1 | Aug. 25th | Anizah | Kalam | Malaysia | Universiti Teknologi MARA | CHARACTERISATIONS OF HYBRID COMPOSITES |
| Natural Fiber Composite Materials | TH15-2 | Aug. 25th | Niyireth | Porras Holguin | Colombia | Universidad de los Andes | PULLOUT BEHAVIOUR OF CHAMBIRA FIBER (COLOMBIAN NATURAL FIBER) EMBEDDED IN POLYLACTIC ACID (PLA) MATRIX |
| Natural Fiber Composite Materials | TH15-3 | Aug. 25th | Fanny | Destaing | France | Crismat | COMPARISON OF MORPHOLOGICAL AND MECHANICAL PROPERTIES OF DIFFERENT VARIETIES OF FLAX FIBRES |
| Infrastructure/Life Cycle Analysis and Sustainability | TH16-1 | Aug. 25th | Wei-Chong | LIao | Taiwan | Feng Chia University | VACUUM AND PRESSURE BAGGINGS TO IMPROVE THE CFRP WRAPPINGS OF CONCRETE CYLINDERS |
| Infrastructure/Life Cycle Analysis and Sustainability | TH16-2 | Aug. 25th | VITAUTS | TAMUZS | Latvia | University of Latvia | MECHANICAL BEHAVIOUR OF FRP-CONFINED CONCRETE COLUMNS UNDER AXIAL COMPRESSIVE LOAD |
| Infrastructure/Life Cycle Analysis and Sustainability | TH16-3 | Aug. 25th | Hsien-Kuang | Liu | Taiwan | Feng Chia University | EFFECT OF CYCLE NUMBER ON FATIGUE OF CONCRETE COLUMNS REINFORCED BY NON-ADHESIVE FILAMENT WOUND COMPOSITES |
| Standardization | TH17-1 | Aug. 25th | Yern Seung | Kim | Korea | Seoul National University | Standaridization of Boehm Titration analysis of Surface of Functionalities of CNTs as Reinforcements for Composites |
| Standardization | TH17-2 | Aug. 25th | Hyeong Jun | Lim | Korea | Seoul National University | Determination of thermodynmic surface characteristics of carbon nanotubes via inverse gas chromatography method |
| High-precision Composites | TH18-1 | Aug. 25th | Tsuyoshi | Ozaki | Japan | Composites Research and Development Co. Ltd. | DYNAMIC PERFORMANCE OF HB-CESIC® UNDER SEVERE CONDITIONS AND ITS APPLICATIONS |
| High-precision Composites | TH18-2 | Aug. 25th | Georges | Verchery | France | ISMANS | Thermally stable laminates |
| High-precision Composites | TH18-3 | Aug. 25th | DEOGGYU | LEE | Korea | KOREA AEROSPACE RESEARCH INSTITUTE | DEVELOPMENT OF HIGH STABILITY TELESCOPE STRUCTURE FOR SPACEBORNE OPTICAL CAMERA |
| Lightweight Sandwich Plate with Three-dimensional Cores | TH19-1 | Aug. 25th | Min Geun | Lee | Korea | Chonnam National University | MECHANICAL BEHAVIORS OF A NEW WIRE-WOVEN CELLUAR METAL |
| Lightweight Sandwich Plate with Three-dimensional Cores | TH19-2 | Aug. 25th | Benjamin | Russell | United Kingdom | University of Cambridge | NOVEL CHARACTERISATION TECHNIQUE FOR ASSESSMENT OF DAMAGE TO PLATES BY BALLISTIC IMPACT |
| Lightweight Sandwich Plate with Three-dimensional Cores | TH19-3 | Aug. 25th | Karthikeyan | Kandan | United Kingdom | University of Cambridge | THE BLAST RESISTANCE OF DYNEEMA COMPOSITE BEAMS UNDER SHOCK LOADING |
| Biomedical Composite Materials and Structures | TH20-1 | Aug. 25th | Satoshi | Kobayashi | Japan | Tokyo Metropolitan Univeristy | EFFCTS OF INTERFACIAL TREATMENT USING L-LACTIC ACID ON MECHANICAL PROPERTIES OF b-TCP/PLLA COMPOSITES |
| Biomedical Composite Materials and Structures | TH20-2 | Aug. 25th | Takuma | Murakoshi | Japan | Tokyo Metropolitan University | EVALUATION OF MECHANICAL PROPERTIES AND BIOACTIVITY OF HYDROXYAPATITE/b-TRICALCIUM PHOSPHATE COMPOSITES |
| Biomedical Composite Materials and Structures | TH20-3 | Aug. 25th | Michael | Sutcliffe | United Kingdom | University of Cambridge | DEVELOPMENT OF A COMPOSITE BONE PLATE FOR FIXATION OF A FRACTURED TIBIA |
| High Performance and Sustainable Composite Materials | TH21-1 | Aug. 25th | Takahiro | Kawasaki | Japan | Yamagata University | A New Thermoforming CFRP by Penetrating Phenol-modified PP into CF mat |
| High Performance and Sustainable Composite Materials | TH21-2 | Aug. 25th | Noriyuki | Hirano | Japan | Toray Industries, inc. | Novel carbon fiber reinforced stampable thermoplastic sheet with high strength |
| High Performance and Sustainable Composite Materials | TH21-3 | Aug. 25th | Atsuki | Tsuchiya | Japan | Toray Industries, Inc. | Novel carbon fiber reinforced stampable polypropylene sheet with high interfacial strength |
