| Session Title |
Presentation Order |
Date |
First Name |
Last Name |
Country |
Affiliation |
Presentation Title |
| Nanocomposites |
W01-1 |
Aug. 24th |
VIJAYA |
RANGARI |
U.S.A. |
TUSKEGEE UNIVERSITY |
THERMAL AND MECHANICLA PROPERTIES OF MICROWAVE CURED SiC/ EPOXY NANOCOMPOSITES |
| Nanocomposites |
W01-2 |
Aug. 24th |
Ram |
Mohan |
U.S.A. |
North Carolina A&T State University |
THERMOPHYSICAL AND TENSILE BEHAVIOR OF HYBRID EPOXY COMPOSITES WITH BORON CARBIDE PARTICULATES |
| Nanocomposites |
W01-3 |
Aug. 24th |
Luqi |
Liu |
China |
National Center for Nanoscience and Technology |
THE
INFLUENCE OF SUPRAMOLECULAR MICROSTRUCTURES ON THE LOAD TRANSFER
EFFICIENCY FOR SINGLE CARBON NANOTUBE FIBER EMBEDDED POLYPROPYLENE
COMPOSITES |
| Nanocomposites |
W01-4 |
Aug. 24th |
Hulya |
Cebeci |
Turkey |
MIT/ITU |
MECHANICAL
BEHAVIOUR OF WAVINESS-DOMINATED CONTROLLED MORPHOLOGY ALIGNED CARBON
NANOTUBE POLYMER COMPOSITES: MODELING STUDY CORRELATED WITH EXPERIMENTS |
| Nanocomposites |
W01-5 |
Aug. 24th |
Limin |
GAO |
China |
Beihang University |
DAMAGE SENSING IN FIBER COMPOSITES USING NON-UNIFORMLY DISPERSED CARBON NANOTUBES |
| Textile Composites |
W02-1 |
Aug. 24th |
Stepan |
Lomov |
Belgium |
Katholieke Universiteit Leuven |
MECHANICAL BEHAVIOUR OF NON-CRIMP 3D WOVEN CARBON/EPOXY COMPOSITE UNDER IN-PLANE TENSILE LOADING |
| Textile Composites |
W02-2 |
Aug. 24th |
Valter |
Carvelli |
Italy |
Politecnico di Milano |
FATIGUE BEHAVIOR OF A 3D BRAIDED CARBON/EPOXY COMPOSITE |
| Textile Composites |
W02-3 |
Aug. 24th |
Edward |
Archer |
United Kingdom |
University of Ulster |
IMPACT DAMAGE ANALYSIS OF 3D WOVEN CARBON FIBRE COMPOSITES USING COMPUTED TOMOGRAPHY |
| Textile Composites |
W02-4 |
Aug. 24th |
Yuzo |
Fujita |
Japan |
Osaka University |
A PROPOSAL OF FE MODELING OF UNIDIRECTIONAL COMPOSITE CONSIDERING UNCERTAIN MICRO STRUCTURE |
| Textile Composites |
W02-5 |
Aug. 24th |
Richard |
Protz |
Germany |
TU Dresden |
CHARATERISATION
AND MODELLING OF THE HIGHLY DYNAMIC DEFORMATION AND FAILURE BEHAVIOR OF
PREVIOUSLY FATIGUED 3D TEXTILE COMPOSITES |
| Textile Composites |
W02-6 |
Aug. 24th |
Xuesen |
Zeng |
United Kingdom |
University of Nottingham |
MODELLING COMPACTION EFFECT ON PERMEABILITY OF 3D CARBON REINFORCEMENTS |
| Durability of Polymer Matrix Composites |
W03-1 |
Aug. 24th |
Monssef |
Drissi-Habti |
France |
IFSTTAR |
THE MECHANICAL EFFECTS OF DENSE UV-RADIATION ON PULTRUDED POLYMER-MATRIX |
| Durability of Polymer Matrix Composites |
W03-2 |
Aug. 24th |
Michelle |
Salvia |
France |
Ecole Centrale Lyon |
CHARACTERISATION OF HEXTOOL COMPOSITE FOR RTM MOULDS |
| Durability of Polymer Matrix Composites |
W03-3 |
Aug. 24th |
Bing |
Han |
China |
Beijing Jiaotong University |
CREEP OF FULLY OR PARTIALLY FRP-CONFINED SQUARE OR CIRCULAR CONCRETE COLUMNS |
| Durability of Polymer Matrix Composites |
W03-4 |
Aug. 24th |
Masahiro |
Kotani |
Japan |
Waseda University |
Damage Accumulation and Lifetime Prediction of Woven GFRP Under Constant Tensile Load Test in Hydrochloric Acid Solution |
| Durability of Polymer Matrix Composites |
W03-5 |
Aug. 24th |
Pei |
Sun |
China |
Beihang University |
Effect of cyclic hygrothermal aging and drying temperature on the interfacial properties of BMI/Carbon fiber composite |
| Durability of Polymer Matrix Composites |
W03-6 |
Aug. 24th |
Nadia |
BAHLOULI |
France |
IMFS-Universite de Strasbourg |
DYNAMIC BEHAVIOR OF VIRGIN AND RECYCLED PP/EPR AND PP/EPDM/TALC MATERIALS FOR CAR BUMPERS |
| Aerospace Applications |
W04-1 |
Aug. 24th |
yanju |
liu |
China |
Harbin Institute of Technology |
ELECTROACTIVE POLYMER AND ITS COMPOSITES: THEORY, EXPERIMENT AND APPLICATIONS |
| Aerospace Applications |
W04-2 |
Aug. 24th |
Kyriaki |
Kalaitzidou |
U.S.A. |
Georgia Institute of Technology |
DIELECTRIC BEHAVIOR AND THERMO-MECHANICAL PERFORMANCE OF BATIO3 REINFORCED AND CARBON REINGORCED EPOXY COMPOSITES |
| Aerospace Applications |
W04-3 |
Aug. 24th |
Brian |
Wardle |
U.S.A. |
Massachusetts Institute of Technology |
MULTI-PHYSICS NANO-ENGINEERED STRUCTURAL DAMAGE DETECTION AND DE-ICING |
| Aerospace Applications |
W04-4 |
Aug. 24th |
Robert |
Haynes |
U.S.A. |
The University of Texas at Arlington |
HYGROTHERMALLY STABLE LAMINATES WITH EXTENSION-TWIST AND BEND-TWIST COUPLINGS |
| Aerospace Applications |
W04-5 |
Aug. 24th |
Yousry |
Shaheen |
Egypt |
Professor in the Engineering College |
STRUCTURAL BEHAVIOUR OF REINFORCED CONCRETE COLUMNS REINFORCED WITH VARIOUS MATERIALS |
| Aerospace Applications |
W04-6 |
Aug. 24th |
Hua |
Jin |
Finland |
Helsinki University of Technology |
SUPERHYDROPHOBIC AND SUPEROLEOPHOBIC NANOCELLULOSE AEROGEL AS BIOINSPIRED CARGO CARRIERS ON WATER AND OIL |
| Research and Development of Green Composites |
W05-1 |
Aug. 24th |
Seung-Hwan |
Lee |
Japan |
Advanced Industrial Science and Technology, Japan |
CELLULOSE NANOFIBER PREPARATION BY STEAM OR OZONE TREATMENT/MECHANICAL FIBRILLATION AND ITS APPLICATION FOR NANOCOMPOSITE |
| Research and Development of Green Composites |
W05-2 |
Aug. 24th |
Kenichi |
Takemura |
Japan |
Kanagawa University |
Effect of surface modification on flexural properties of jute fiber green composites |
| Research and Development of Green Composites |
W05-3 |
Aug. 24th |
Junji |
Noda |
Japan |
Yamaguchi university |
TENSILE PROPERTY IMPROVEMENT BY CYCLIC LOADING TREATMENT FOR RAMIE/PP COMPOSITES |
| Research and Development of Green Composites |
W05-4 |
Aug. 24th |
Terence |
Tumolva |
Philippines |
University of the Philippines |
EVALUATING THE CARBON STORAGE POTENTIAL OF FURAN RESIN-BASED GREEN COMPOSITES |
| Research and Development of Green Composites |
W05-5 |
Aug. 24th |
Junko |
Koike |
Japan |
Doshisha University |
Effct
of Needle Punching on Strength of Stampable Sandwich Sheet Fabricated
with Bamboo Fiber and Recycled Carbon Fiber Mat |
| Research and Development of Green Composites |
W05-6 |
Aug. 24th |
Laurent |
Bizet |
France |
Universite du Havre |
COMPARISON BETWEEN GLASS AND FLAX NON-CRIMP STITCHED FABRICS |
| Experimental Techniques |
W06-1 |
Aug. 24th |
Yi |
HOU |
France |
Ecole des Mines de Douai |
TRANSIENT AIR PERMEABILITY MEASUREMENT OF FIBROUS REINFORCEMENT |
| Experimental Techniques |
W06-2 |
Aug. 24th |
Yoshihisa |
Tanaka |
Japan |
National Institute for Materials Science |
MULTI-SCALE DEFORMATION BEHAVIOR IN HYBRID CFRP OBSERVED BY IN-SITU FE-SEM |
| Experimental Techniques |
W06-3 |
Aug. 24th |
Min |
Li |
China |
Beihang University |
Comparison of Wettability and Capillary Effect Evaluated by Different Characterizing Methods |
| Experimental Techniques |
W06-4 |
Aug. 24th |
Ubaldo |
Pineda |
Spain |
Universidad Cardenal Herrera |
EXPERIMENTAL
EVALUATION OF HEAT TRANSFER MEASUREMENTS DURING LCM PROCESSES BY
INTRUSIVE AND NON-INTRUSIVE HEAT FLUX SENSORS |
| Experimental Techniques |
W06-5 |
Aug. 24th |
Modesto |
Mateos |
Spain |
Mondragon Unibertsitatea |
CHARACTERISATION OF IMPACT BEHAVIOUR OF CARBON FIBRE LAMINATES |
| Experimental Techniques |
W06-6 |
Aug. 24th |
Stuart |
Lemanski |
United Kingdom |
University of Cambridge |
CHARACTERISATION OF WAVINESS DEFECTS IN INDUSTRIAL COMPOSITE SAMPLES |
| Experimental Techniques |
W06-7 |
Aug. 24th |
Yanan |
Liu |
China |
Beihang University |
A NOVEL APPROACH TO CHARACTERIZE TORSIONAL PROPERTY OF SINGLE FIBER |
| Textile Composites |
W07-1 |
Aug. 24th |
Guodong |
Fang |
China |
Harbin Institute of Technology |
Experimental and numerical study of mechanical properties of three dimensional four-directional braided composites |
| Textile Composites |
W07-2 |
Aug. 24th |
Tao |
Zeng |
China |
Harbin University of Science and Technology |
Helix geometry model and mechanical property of 3D braided composites |
| Textile Composites |
W07-3 |
Aug. 24th |
Mark |
Pankow |
U.S.A. |
University of Michigan |
THE HIGH RATE DEFORMATION RESPONSE OF 3D WOVEN COMPOSITES |
| Textile Composites |
W07-4 |
Aug. 24th |
Ozgur |
Demircan |
Japan |
Kyoto Institute of Technology |
TENSILE PROPERTIES AND FINITE ELEMENT MODELING OF BIAXIAL WEFT KNITTED COMPOSITES |
| Textile Composites |
W07-5 |
Aug. 24th |
Louise |
van der Werff |
Australia |
CSIRO |
Formation of Novel Composite Fibres Exhibiting Thermochromic Behaviour |
| Textile Composites |
W07-6 |
Aug. 24th |
Philip |
Harrison |
United Kingdom |
University of Glasgow |
MODELLING VARIABILITY OF TOW ORIENTATION FOR WOVEN TEXTILE COMPOSITES |
| Fibres, Matrices and Interfaces |
W08-1 |
Aug. 24th |
Vladimir |
Kudinov |
Russia |
Russian Academy of Sciences |
THE
EFFECT OF THE BONDIG BETWEEN THE HPPE FIBER AND THE MATRIX ON THE
PROPERTIES AND THE FRACTURE MODE OF POLYMERIC COMPOSITE MATERIALS |
| Fibres, Matrices and Interfaces |
W08-2 |
Aug. 24th |
Niclas |
Wiegand |
Germany |
Leibniz Institut fur Polymerforschung Dresden e.V. |
Nano reinforced interfaces for advanced glass fibre/epoxy composites |
| Fibres, Matrices and Interfaces |
W08-3 |
Aug. 24th |
Samuel |
Charca |
Denmark |
Aalborg University |
EVALUATION OF THE INTERFACE STRENGTH IN METAL/POLYMER COMPOSITE SYSTEMS |
| Fibres, Matrices and Interfaces |
W08-4 |
Aug. 24th |
Joung-Man |
Park |
Korea |
Gyeongsang National University |
INTERFACIAL EVALUATION OF TRANSPARENT AND CONDUCTIVE CNT AND ITO COATINGS ON PET SUBSTRATES WITH NANO-STRUCTURAL ASPECTS |
| Fibres, Matrices and Interfaces |
W08-5 |
Aug. 24th |
Dong-Jun |
Kwon |
Korea |
Gyeongsang National University |
MICROFAILURE MECHANISMS AND INTERFACIAL EVALUATION OF SINGLE FIBER REINFORCED EPOXY COMPOISTES AT CRYOGENIC TEMPERATURES |
| Fibres, Matrices and Interfaces |
W08-6 |
Aug. 24th |
CHANG SEON |
BANG |
Korea |
KAIST |
FRACTURE TOUGHNESS ENHANCEMENT WITH REINFORCING FIBERS FOR ADHESIVELY BONDED JOINTS UNDER REPEATED THERMAL SHOCKS |
Structural behaviour of composites subjected to impact and blast/ Impact and Dynamic Response
|
W09-1 |
Aug. 24th |
Jiangfeng |
Dong |
China |
Sichuan University |
Structural behaviour of recycled concrete filled steel tube columns strengthened with CFRP sheets under axial loading |
Structural behaviour of composites subjected to impact and blast/ Impact and Dynamic Response
|
W09-2 |
Aug. 24th |
Zhongwei |
GUAN |
United Kingdom |
University of Liverpool |
Estimate the peak load and perforation energy of fibre metal laminates subjected to low velocity impact |
Structural behaviour of composites subjected to impact and blast/ Impact and Dynamic Response
|
W09-3 |
Aug. 24th |
Fabian |
Ehrich |
United Kingdom |
Imperial College London |
PREDICTING LOW VELOCITY IMPACT DAMAGE - A MIXED MODE DEGRADATION MODEL |
Structural behaviour of composites subjected to impact and blast/ Impact and Dynamic Response
|
W09-4 |
Aug. 24th |
hu |
zhaohui |
China |
Beijing Composite Materials Co.,Ltd |
Evaluation Study on Composite Hull Structure Subjected to Slamming Loads |
Structural behaviour of composites subjected to impact and blast/ Impact and Dynamic Response
|
W09-5 |
Aug. 24th |
Jaeyoung |
Lim |
Korea |
Hyundai Motor Company |
Effects of gage length and loading rates on the strength of PPTA fibers |
| Mechanical and Physical Properties |
W10-1 |
Aug. 24th |
Miroslav |
Cerny |
Czech Republic |
Czech Technical University, Klokner Institute |
BEHAVIOR OF SANDWICH BEAMS IN BENDING |
| Mechanical and Physical Properties |
W10-2 |
Aug. 24th |
Richard |
Lin |
New Zealand |
Centre for Advanced Composite Materials |
ELECTRICAL AND MECHANICAL PROPERTIES OF POLY(VINYLIDENE FLOURIDE) NANOFIBRILLAR MATERIALS |
| Mechanical and Physical Properties |
W10-3 |
Aug. 24th |
Jong-Won |
Lee |
Korea |
Korea Aerospace Research Institute |
FULLY ISOTROPIC LAMINATES MADE OF (0°, +45°, -45°, 90°) LAYERS WITH UP TO 24 PLIES |
| Mechanical and Physical Properties |
W10-4 |
Aug. 24th |
Jianguang |
Zhai |
Korea |
Changwon National University |
FINTE ELEMENT ANLYSIS OF THE MECHANICAL PROPERTIES OF WOVEN COMPOSITE |
| Mechanical and Physical Properties |
W10-5 |
Aug. 24th |
Buhm |
Park |
Korea |
Hanyang University |
DYNAMIC CHARACTERISTICS MEASUREMENT OF ULTRA-THIN SEMICONDUCTOR LAYER |
| Processing and Manufacturing Technologies |
W11-1 |
Aug. 24th |
Toshio |
Tanimoto |
Japan |
Shonan Institute of Technology |
A Cost-effective Fabrication Method for Continuous Fiber CMCs with Excellent Fracture Toughness |
| Processing and Manufacturing Technologies |
W11-2 |
Aug. 24th |
Kazuhiro |
Sakata |
Japan |
NIHON University |
DESIGN AND FABRICATION OF MICRO EV BODY MADE OF GFRP |
| Processing and Manufacturing Technologies |
W11-3 |
Aug. 24th |
Hirokazu |
Fujisaki |
Japan |
Nihon University |
Development and Evaluation of Mechanical Properties for Carbon Fabric／Phenolic Composites with Injection Molding |
| Processing and Manufacturing Technologies |
W11-4 |
Aug. 24th |
ASAMI |
NAKAI |
Japan |
Kyoto Institute of Technology |
INTERFACIAL PROPERTY AND WELDING PROPERTY OF CONTINUOUS FIBER REINFORCEMENT THERMOPLASTIC COMPOSITE |
| Processing and Manufacturing Technologies |
W11-5 |
Aug. 24th |
Daisuke |
Hatano |
Japan |
Kyoto Institute of technolgy |
PULTRUSION SYSTEM FOR CONTINUOUS FIBER REINFORCED THERMOPLASTIC COMPOSITE WITH BRAIDING TECHNIQUE |
| Processing and Manufacturing Technologies |
W11-6 |
Aug. 24th |
Takayuki |
Shimizu |
Japan |
Mitsubishi Heavy Industries, Ltd. |
INVESTIGATION OF VISCOELASTICITY AND CURE SHRINKAGE IN AN EPOXY RESIN DURING PROCESSING |
| Damage Tolerance and Impact Session |
W12-1 |
Aug. 24th |
Richard |
Butler |
United Kingdom |
University of Bath |
THE INFLUENCE OF FIBRE ANGLE ON THE COMPRESSIVE STRENGTH OF DELAMINATED SURFACE PLIES |
| Damage Tolerance and Impact Session |
W12-2 |
Aug. 24th |
Jacques |
RENARD |
France |
ENSMP |
NON LOCAL APPROACH FOR PREDICTION OF DELAMINATION ONSET |
| Damage Tolerance and Impact Session |
W12-3 |
Aug. 24th |
Daniel |
Bull |
United Kingdom |
University of Southampton |
Composite Laminate Impact Damage Assessment by High Resolution 3D X-ray Tomography and Laminography |
| Damage Tolerance and Impact Session |
W12-4 |
Aug. 24th |
Minoo |
Rathnasabapathy |
Australia |
RMIT University |
NUMERICAL INVESTIGATION OF FIBRE-METAL LAMINATES SUBJECT TO IMPACT DAMAGE |
| Damage Tolerance and Impact Session |
W12-5 |
Aug. 24th |
Gang |
Zhou |
United Kingdom |
Loughborough University |
EXPERIMENTAL STUDY OF IN-PLANE COMPRESSIVE BEHAVIOUR OF UNSYMMETRICAL SANDWICH PANELS |
| Damage Tolerance and Impact Session |
W12-6 |
Aug. 24th |
Chun |
Wang |
Australia |
RMIT University |
DAMAGE TOLERANCE ANALYSIS OF ADHESIVELY BONDED REPAIRS TO COMPOSITES STRUCTURES |
| Polymer Nanocomposites and Their Applications |
W13-1 |
Aug. 24th |
Jozsef |
Karger-Kocsis |
South Africa |
Polymer Technology |
Sliding Wear Properties of Carbon Nanofiber and Nanotube Reinforced Rubbers |
| Polymer Nanocomposites and Their Applications |
W13-2 |
Aug. 24th |
Luu |
Dinh |
Vietnam |
Sungkyunkwan University |
ELECTRO-OSMOTIC DRAG EFFECT ON THE METHANOL PERMEATION FOR sPEEK AND NAFION MEMBRANES |
| Polymer Nanocomposites and Their Applications |
W13-3 |
Aug. 24th |
Zhimin |
Jiang |
China |
National Center for Nanoscience and Technology |
Low Density Polyethylene/MgO Nanocomposites as Insulation for HVDC Cables |
| Textile Composites |
W14-1 |
Aug. 24th |
Huiyu |
Sun |
China |
Nanjing University of Aeronautics and Astronautics |
ANALYSIS OF VISCOELASTICITY OF 3-D BRAIDED COMPOSITE MATERIALS |
| Textile Composites |
W14-2 |
Aug. 24th |
SAKODA |
Kentaro |
Japan |
Kyoto Institute of Technology |
ANALYSIS FOR MECHANICAL BEHAVIOR IN HYBRID BRAIDED COMPOSITE MATERIALS |
| Textile Composites |
W14-3 |
Aug. 24th |
Ki-Ju |
Kang |
Korea |
Chonnam National University |
A NEW CONCEPT OF FABRICATION OF SANDWICH PANELS WITH TRUSS-LIKE CELLUALR CORES |
| Durability of Polymer Matrix Composites |
W15-1 |
Aug. 24th |
Frederic |
Jacquemin |
France |
Universite de Nantes |
COUPLING MOISTURE DIFFUSION AND INTERNAL MECHANICAL STATES IN POLYMERS AND COMPOSITES ? A THERMODYNAMICAL APPROACH |
| Durability of Polymer Matrix Composites |
W15-2 |
Aug. 24th |
Xinying |
Lv |
China |
Harbin Institute of Technology |
AGING OF CARBON FIBER/BIS-MALEIMIDE COMPOSITES IN OXIDATIVE CONDITIONS |
| Durability of Polymer Matrix Composites |
W15-3 |
Aug. 24th |
Tohru |
Morii |
Japan |
Shonan Institute of Technology |
Hydrothermal aging of jute fiber reinforced polypropylene injection moldings |
| Aerospace Applications |
W16-1 |
Aug. 24th |
Lauren |
Burns |
Australia |
RMIT University |
Application of a bio-inspired design strategy to delay initial damage in a FRP T-joint under bending |
| Aerospace Applications |
W16-2 |
Aug. 24th |
D. Stefan |
Dancila |
U.S.A. |
The University of Texas at Arlington |
Composite Compliant Mechanism Based, Pitch-Controllable Rotor Blade Tips |
| Aerospace Applications |
W16-3 |
Aug. 24th |
Ramprasad |
Srinivasan |
India |
Mahindra Satyam |
Exact Solution of Shear Flexible Laminated Thin Walled I Beams using a Coupled Field Formulation |
| Research and Development of Green Composites |
W17-1 |
Aug. 24th |
Hitoshi |
Takagi |
Japan |
The University of Tokushima |
DEVELOPMENT OF HIGH STRENGTH BIOMASS COMPOSITES MADE FROM BAMBOO |
| Research and Development of Green Composites |
W17-2 |
Aug. 24th |
Hyun-Bum |
Kim |
Korea |
Yamaguchi University |
DEVELOPMENT OF A CONTINUOUIS RAMIE SINGLE YARN REINFORCED COMPOSITE STRAND |
| Research and Development of Green Composites |
W17-3 |
Aug. 24th |
Hyun-sup |
Lee |
Korea |
Honam Petrochemical Corp. |
Effect
of Hybrid Compatibilizers on mechanical property of ternary blend with
Polypropylene, Poly (lactic acid) and Toughening modifier |
| Experimental Techniques |
W18-1 |
Aug. 24th |
Luis |
Domenech |
Spain |
Universidad Cardenal Herrera |
ESTIMATION OF LOCAL PERMEABILITY WITH ARTIFICIAL VISION TECHNIQUES USING A DIRECT METHOD |
| Experimental Techniques |
W18-2 |
Aug. 24th |
Rachel |
Nicholls-Lee |
United Kingdom |
University of Southampton |
FULLY SUBMERGED COMPOSITE CRYOGENIC TESTING |
| Experimental Techniques |
W18-3 |
Aug. 24th |
Edu |
Ruiz |
Canada |
Ecole Polytechnique of Montreal |
CHEMICAL
SHRINKAGE AND THERMOMECHANICAL CHARACTERIZATION OF AN EPOXY RESIN
DURING CURE BY A NOVEL IN SITU MEASUREMENT METHOD |
| Textile Composites |
W19-1 |
Aug. 24th |
Smith |
Thitithanasarn |
Japan |
Kyoto Institute of Technology |
EFFECT
OF SURFACE TREATMENT ON THERMAL AND MECHANICAL PERFORMANCE OF JUTE
FABRIC REINFORCED ENGINEERING THERMOPLASTIC COMPOSITES |
| Textile Composites |
W19-2 |
Aug. 24th |
Satoshi |
Takahashi |
Japan |
Tokyo Metropolitan University |
FEM ANALYSIS ON OUT-OF-PLANE THERMAL EXPANSION IN PLAIN WEAVE COMPOSITE |
| Textile Composites |
W19-3 |
Aug. 24th |
Na |
Wang |
Korea |
Inha University |
Dynamic compressive properties of woven fabric reinforced composites |
