Session Title |
Presentation Order |
Date |
First Name |
Last Name |
Country |
Affiliation |
Presentation Title |
Fibres, Matrices and Interfaces /Experimental Characterization |
W20-1 |
Aug. 24th |
Xiang |
LI |
China |
Northwestern Polytechnical University |
LOW VELOCITY IMPACT DAMAGE CHARACTERISTICS OF INTERLAYER TOUGHENED COMPOSITE LAMINATES |
Fibres, Matrices and Interfaces /Experimental Characterization |
W20-2 |
Aug. 24th |
Rongguo |
Wang |
China |
Harbin Institute of Technology |
A
NUMERICAL AND EXPERIMENTAL INVESTIGATION ON DELAMINATION BUCKLING
BEHAVIOR IN LAMINATED COMPOSITES UNDER COMPRESSIVE LOAD |
Fibres, Matrices and Interfaces /Experimental Characterization |
W20-3 |
Aug. 24th |
Nanlin |
Han |
China |
Advanced Fiber Materials Technologies Co., Ltd. |
LOW COST HIGH STRENGTH 3D COMPOSITES |
Impact and Dynamic Response |
W21-1 |
Aug. 24th |
Ali |
Goodarzi |
Iran |
Amirkabir University of Technology |
Analysis of shock response of sandwich composites |
Impact and Dynamic Response |
W21-2 |
Aug. 24th |
Seong-Jin |
Kim |
Korea |
Pusan National University |
EVALUATION OF STRUCTURAL BEHAVIOR OF LNG INSULATION SYSTEM UNDER IMPACT LOADS |
Impact and Dynamic Response |
W21-3 |
Aug. 24th |
Yo-Han |
Kim |
Korea |
Gyeongsang National University (GNU) |
Performance Analyses of a 10MW Composite Wind-Turbine Blade Considering Aeroelastic Effects |
Mechanical and Physical Properties |
W22-1 |
Aug. 24th |
Yongbum |
Choi |
Japan |
Hiroshima University |
TENSILE AND IN-PLANE/INTER-LAMINAR SHEAR FAILURE BEHAVIOR OF NITE-SiC/SiC COMPOSITE |
Mechanical and Physical Properties |
W22-2 |
Aug. 24th |
Chang-Mou |
Wu |
Taiwan |
FCU |
EFFECTS
OF CRYSTALLINE MORPHOLOGIES ON THE MECHANICAL PROPERTIES OF CARBON
FIBER REINFORCING POLYMERIZED CYCLIC BUTYLENES TEREPHTHALATE COMPOSITES |
Mechanical and Physical Properties |
W22-3 |
Aug. 24th |
Vladimir |
Stavrovsky |
Czech Republic |
Czech Technical University in Prague |
THERMAL AND MECHANICAL BEHAVIOR OF ANGLE SECTION OF COMPOSITES WITH A SINGLE AND DOUBLE CURVATURE |
Processing and Manufacturing Technologies |
W23-1 |
Aug. 24th |
Yeonhee |
JUNG |
France |
ENSM-SE |
RTM process simulation by using XFEM and levet set method |
Processing and Manufacturing Technologies |
W23-2 |
Aug. 24th |
Woo-Suck |
HAN |
France |
ENSM-SE |
PROCESS OPTIMIZATION OF COMPOSITE PANELS WITH COMPRESSION MOLDING |
Processing and Manufacturing Technologies |
W23-3 |
Aug. 24th |
Christian |
Lauter |
Germany |
University of Paderborn |
MULTI-MATERIAL SYSTEMS FOR TAILORED AUTOMOTIVE STRUCTURAL COMPONENTS |
Delamination and Interlaminar Reinforcement |
W24-1 |
Aug. 24th |
Yuta |
Morioka |
Japan |
Purdue University |
A SIMPLE METHOD FOR CALCULATING STRESS INTENSITY FACTORS FOR INTERLAMINA CRACKS IN COMPOSITE LAMINATES |
Delamination and Interlaminar Reinforcement |
W24-2 |
Aug. 24th |
Wenyi |
Yan |
Australia |
Monash University |
NUMETRICAL STUDY ON CARBON FIBRE PULLOUT USING A COHESIVE ZONE MODEL |
Delamination and Interlaminar Reinforcement |
W24-3 |
Aug. 24th |
Debo |
Liu |
China |
Beihang University |
STUDY OF DYNAMIC AND PERMANENT INDENTATION OF LAMINATES SUBJECTED TO LOW-VELOCITY IMPACT |
Nanocomposites |
W25-1 |
Aug. 24th |
Richard |
Liang |
U.S.A. |
Florida State University |
THE HIGH CURRENT-CARRYING CAPACITY OF CNT ENHANCED COMPOSITES |
Nanocomposites |
W25-2 |
Aug. 24th |
Pietro |
Russo |
Italy |
ICTP CNR |
PROCESS-PROPERTIES RELATIONSHIPS OF THERMOPLASTIC POLYURETHANE BASED MATERIALS FILLED WITH CARBON NANOTUBES |
Nanocomposites |
W25-3 |
Aug. 24th |
Jinglei |
Xiang |
U.S.A. |
Michigan State University |
Electrical and thermal conductivities of Au nanoparticle decorated graphene nanoplatelet 'paper' |
Nanocomposites |
W25-4 |
Aug. 24th |
Shafi Ullah |
KHAN |
Hong Kong |
Hong Kong university of science and technology |
Interlaminar Properties of CFRP Composites with CNF-Bucky Paper Interleaves |
Nanocomposites |
W25-5 |
Aug. 24th |
Yao |
Li |
China |
Harbin Institute of Technology |
FABRICATION AND OPTICAL PROPERTIES OF AIR SPHERE/SILICON NANOCOMPOSITE |
Nanocomposites |
W25-6 |
Aug. 24th |
Hansang |
Kim |
Korea |
Korea Institute of Science and Technology |
Carbon fiber composites reinforced with carbon nanomaterials |
ONR SESSIONS - Research in Composites Materials and Sandwich Structures |
W26-1 |
Aug. 24th |
Young |
Kwon |
U.S.A. |
Naval Postgraduate School |
Dynamic Response and Failure of Composite and Sandwich Structures under Fluid Structure Interaction |
ONR SESSIONS - Research in Composites Materials and Sandwich Structures |
W26-2 |
Aug. 24th |
Arun |
Shulka |
U.S.A. |
University of Rhode Island |
UNDERWATER EXPLOSIVE LOADING OF E-GLASS / VINYL ESTER COMPOSITE PLATES: CORRELATION OF EXPERIMENTS AND SIMULATIONS |
ONR SESSIONS - Research in Composites Materials and Sandwich Structures |
W26-3 |
Aug. 24th |
John |
Dear |
United Kingdom |
Imperial College London |
INVESTIGATION INTO THE BLAST LOADING OF POLYMER COMPOSITE MATERIALS IN MARINE STRUCTURES |
ONR SESSIONS - Research in Composites Materials and Sandwich Structures |
W26-4 |
Aug. 24th |
Veronica |
Eliasson |
Sweden |
University of Southern California |
Fluid-solid interaction during a shock wave impact on a converging composite structure |
ONR SESSIONS - Research in Composites Materials and Sandwich Structures |
W26-5 |
Aug. 24th |
Mark |
Battley |
New Zealand |
University of Auckland |
Dynamic performance of marine sandwich panel structures |
ONR SESSIONS - Research in Composites Materials and Sandwich Structures |
W26-6 |
Aug. 24th |
Siddharth |
Avachat |
U.S.A. |
Georgia Institute of Technology |
Effect of Facesheet Thickness on Dynamic Response of Composite Sandwich Plates to Underwater Impulsive Loading |
Durability of Polymer Matrix Composites |
W27-1 |
Aug. 24th |
Dinh Quy |
VU |
France |
INSTITUT P’-CNRS-ENSMA-Universite de Poitiers |
THE EFFECT OF THERMO-OXIDATION ON MATRIX CRACKING OF CROSS-PLY [0/90]s COMPOSITE LAMINATES |
Durability of Polymer Matrix Composites |
W27-2 |
Aug. 24th |
Shaoxiong |
LIANG |
France |
Institut Superieur de l'Automobile et des Transpor |
Fatigue behavior of flax/epoxy composite |
Durability of Polymer Matrix Composites |
W27-3 |
Aug. 24th |
Akira |
Kudo |
Japan |
Natinal Defense Academy |
ESTIMATION OF WEATHERABILITY FLEXURAL PROPERTIES FOR CFRP SUBJECTED TO LONG-TERM OUTDOOR EXPOSURE |
Durability of Polymer Matrix Composites |
W27-4 |
Aug. 24th |
Marcin |
Kaminski |
Poland |
Technical University of Lodz |
NUMERICAL ANALYSIS OF STOCHASTIC EFFECTIVE PROPERTIES FOR THE POLYMER-BASED COMPOSITES |
Durability of Polymer Matrix Composites |
W27-5 |
Aug. 24th |
Kyun |
Woo |
Korea |
Korea Electric Power Research Institute |
A STUDY ON THE ENHANCEMENT OF DURABILITY PERFORMANCE OF FACED SLAB CONCRETE IN CFRD |
Durability of Polymer Matrix Composites |
W27-6 |
Aug. 24th |
Yeong |
Kim |
Korea |
Korea Aerospace University |
MECHANICAL BEHAVIOR ANALYSES OF PLASTICS UNDER ENVIRONMENTAL CHANGES |
Aerospace Applications |
W28-1 |
Aug. 24th |
Jae San |
Yoon |
Korea |
KAIST |
Micro Deformation Measurement System Construction For Highly Dimensional Stable Composite due to Out-gassing in Space |
Aerospace Applications |
W28-2 |
Aug. 24th |
Khanh-Hung |
Nguyen |
Korea |
Gyeongsang National University |
A Parametric Study of the Impact Behavior of a Honeycomb Sandwich structure |
Aerospace Applications |
W28-3 |
Aug. 24th |
JongCheon |
Kim |
Korea |
Seoul National University of Science & Technology |
DEVELOPMENT OF SINGLE CRYSTALLINE SILICON SOLAR CELLS LAY-DOWN PROCESS ON COMPOSITES |
Aerospace Applications |
W28-4 |
Aug. 24th |
Yong-Bin |
Park |
Korea |
Gyeongsang National University |
STRENGTH OF COMPOSITE SANDWICH JOINTS UNDER HYGROTHERMAL CONDITION |
Aerospace Applications |
W28-5 |
Aug. 24th |
Wanggu |
Kang |
Korea |
Korea Aerospace Research Institute |
commercial transport aircraft composite wing box trade study |
Aerospace Applications |
W28-6 |
Aug. 24th |
Jung Jin |
Lee |
Korea |
Korea Aerospace Research Institute |
Structures development of Smart UAV |
Full-field Measurements for Composites Testing |
W29-1 |
Aug. 24th |
Fabrice |
Pierron |
France |
Arts et Metiers ParisTech |
THROUGH-THICKNESS SHEAR MODULUS IDENTIFICATION FROM FULL-FIELD SURFACE MEASUREMENTS |
Full-field Measurements for Composites Testing |
W29-2 |
Aug. 24th |
Peng |
Wang |
China |
Aalborg University |
COMPOSITE REINFORCEMENT FORMING SIMULATION: CONTINUOUS AND MESOSCOPIC APPROACHES |
Full-field Measurements for Composites Testing |
W29-3 |
Aug. 24th |
Michael |
Wisnom |
United Kingdom |
University of Bristol |
DETECTING BARELY-VISIBLE IMPACT DAMAGE IN COMPOSITES USING FULL-FIELD SLOPE MEASUREMENTS |
Full-field Measurements for Composites Testing |
W29-4 |
Aug. 24th |
Sanjay |
Sisodia |
Sweden |
KTH Royal Institute of Technology |
FATIGUE TESTING OF COMPOSITES WITH IN-SITU FULL-FIELD STRAIN MEASUREMENT |
Full-field Measurements for Composites Testing |
W29-5 |
Aug. 24th |
Shufeng |
Zhang |
United Kingdom |
University of Southampton |
Thermal degradation of polymeric foam core materials for sandwich structures |
Full-field Measurements for Composites Testing |
W29-6 |
Aug. 24th |
Andrew |
Makeev |
U.S.A. |
Georgia Institute of Technology |
A Method for Measurement of Three-Dimensional Constituitve Properties for Composite Materials |
Stability of Thin Walled Structures |
W30-1 |
Aug. 24th |
Haim |
Abramovich |
Israel |
Technion, I.I.T. |
THIN WALLED COMPOSITE SHELLS UNDER AXIAL IMPULSIVE LOADING |
Stability of Thin Walled Structures |
W30-2 |
Aug. 24th |
Jae-hyouk |
Choi |
Korea |
Chosun University |
ANALYTICAL STUDY ON POST-BUCKLING RESIDUAL STRENGTH OF STEEL FRAME |
Stability of Thin Walled Structures |
W30-3 |
Aug. 24th |
Erik |
Lund |
Denmark |
Aalborg University |
Nonlinear Buckling Optimization of Laminated Composites including “Worst” Shape Imperfections |
Stability of Thin Walled Structures |
W30-4 |
Aug. 24th |
Jin-Xing |
Shi |
Japan |
Shinshu University |
SMALL SCALE EFFECT ON THE BUCKLING ANALYSIS OF DOUBLE-LAYER GRAPHENE NANORIBBONS EMBEDDED IN AN ELASTIC MATRIX |
Biomedical Composites |
W31-1 |
Aug. 24th |
Yudong |
Zheng |
China |
University of Science and Technology Beijing |
PRELIMINARY STUDY ON MECHANICAL PROPERTIES OF BACTERIAL CELLULOSE/PVA MULTILAYER COMPOSITE HYDROGELS |
Biomedical Composites |
W31-2 |
Aug. 24th |
Siang-Ling |
Lin |
Taiwan |
Feng Chia University |
Gold Nanoparticle modified PVA/GOx Biocomposite Membranes via Electrospun for Biosensor Applications |
Biomedical Composites |
W31-3 |
Aug. 24th |
Csaba |
Balazsi |
Hungary |
Research Inst. for Techn. Phys and Mat. Sci. |
SPARK PLASMA SINTERED HYDROXYAPATITE - ZIRCONIA COMPOSITES: STRUCTURAL AND MECHANICAL PROPERTIES |
Biomedical Composites |
W31-4 |
Aug. 24th |
Victor |
Leung |
Canada |
The University of British Columbia |
POLYMER-BASED COMPOSITE NANOFIBRES FOR WOUND HEALING APPLICATIONS |
Biomedical Composites |
W31-5 |
Aug. 24th |
Sung-Woo |
Cho |
Sweden |
University of Boras |
Three dimensional woven bone tissue engineering scaffolds of melt-spun poly(lactic acid) fibres |
Biomedical Composites |
W31-6 |
Aug. 24th |
Sandy |
Lin |
New Zealand |
The University of Auckland |
COMPARISON OF NANOPOROUS SCAFFOLDS MANUFACTURED BY ELECTROSPINNING AND NANOFIBRILLAR COMPOSITE CONCEPT |
Textile Composites: 3D Preforming and Damage Tolerance |
W32-1 |
Aug. 24th |
Johan |
van Ravenhorst |
Netherlands |
University of Twente |
A spool pattern tool for circular braiding |
Textile Composites: 3D Preforming and Damage Tolerance |
W32-2 |
Aug. 24th |
Min-Cheol |
Song |
U.S.A. |
University of Florida |
MODELING OF 3D WOVEN COMPOSITES CONTAINING MULTIPLE DELAMINATIONS |
Textile Composites: 3D Preforming and Damage Tolerance |
W32-3 |
Aug. 24th |
Tetsusei |
KURASHIKI |
Japan |
Osaka University |
Estimation of Mechanical Behaviors for Textile Composites based on Multi-scale Analysis |
Textile Composites: 3D Preforming and Damage Tolerance |
W32-4 |
Aug. 24th |
David |
Jesson |
United Kingdom |
University of Surrey |
DAMAGE DEVELOPMENT IN A GLASS/EPOXY NON-CRIMP 3D ORTHOGONAL WOVEN FABRIC COMPOSITE |
Textile Composites: 3D Preforming and Damage Tolerance |
W32-5 |
Aug. 24th |
Prasad |
Potluri |
United Kingdom |
University of manchester |
Preforming of fibre bridging for improved damage tolerance |
Textile Composites: 3D Preforming and Damage Tolerance |
W32-6 |
Aug. 24th |
Tae-Jun |
Ko |
Korea |
Seoul National University |
FABRICATION OF HIGH ASPECT RATIO WRINKLES BY CARBON DEPOSITION ON SOFT POLYMER |
Carbon and Ceramic Matrix Composites |
W33-1 |
Aug. 24th |
Hiroshi |
Ito |
Japan |
Yamagata University |
High Thermal Conductivity of Thin-wall Injection Molded Parts for AlN/PBT Composites |
Carbon and Ceramic Matrix Composites |
W33-2 |
Aug. 24th |
Sea-Hoon |
Lee |
Korea |
KIMS |
DENSIFICATION OF AL4SIC4-SIC CONTAINING TYRANO-SA SIC FIBER |
Carbon and Ceramic Matrix Composites |
W33-3 |
Aug. 24th |
Sai |
Wang |
China |
Harbin Institute of Technology |
PREPARATION AND PROPERTIES OF SELF-HEALING CARBON FIBER REINFORCED EPOXY COMPOSITE |
Carbon and Ceramic Matrix Composites |
W33-4 |
Aug. 24th |
Anatoliy |
Romanenko |
Russia |
Nikolaev Institute of Inorganic Chemistry SB RAS |
INFLUENCE OF DIELECTRIC MATRIX ON ELECTROPHYSICAL PROPERTIES OF MWNT-BASED NANOCOMPOSITES |
Carbon and Ceramic Matrix Composites |
W33-5 |
Aug. 24th |
Olivier |
Remy |
Belgium |
Vrije Universiteit Brussel |
Cement Composite Stay-In-Place Formworks: a concept for future building systems |
Carbon and Ceramic Matrix Composites |
W33-6 |
Aug. 24th |
Tine |
Tysmans |
Belgium |
Vrije Universiteit Brussel |
TEXTILE REINFORCED CEMENT COMPOSITES FOR THE DESIGN OF VERY THIN SADDLE SHELLS: A CASE STUDY |
Processing and Manufacturing Technologies/Thermoplastic Composite Materials |
W34-1 |
Aug. 24th |
Alfonso |
Maffezzoli |
Italy |
University of Salento |
TRANSVERSE FLOW DURING IMPREGNATION OF FABRICS WITH THERMOPLASTIC MATRICES |
Processing and Manufacturing Technologies/Thermoplastic Composite Materials |
W34-2 |
Aug. 24th |
Plamen |
Kravaev |
Germany |
RWTH Aachen University |
Nano-modified thermoplastic pre-forms for the manufacturing of composite structures |
Processing and Manufacturing Technologies/Thermoplastic Composite Materials |
W34-3 |
Aug. 24th |
Reda el Hak |
OURAHMOUNE |
France |
Ecole Centrale de Lyon |
Effect of sandblasting substrate treatment on single lap shear strength of adhesively bonded PEEK and its composites |
Processing and Manufacturing Technologies/Thermoplastic Composite Materials |
W34-4 |
Aug. 24th |
Stephane |
Villalonga |
France |
CEA |
Application of full thermoplastic composite for type IV 70MPa high pressure vessels |
Processing and Manufacturing Technologies/Thermoplastic Composite Materials |
W34-5 |
Aug. 24th |
Durai Prabhakaran |
R T |
Denmark |
Risø National Laboratory for Sustainable Energy |
Thermoplastic composites for future wind turbine blades - Pros and Cons |
Processing and Manufacturing Technologies/Thermoplastic Composite Materials |
W34-6 |
Aug. 24th |
Kwang Su |
Kim |
Korea |
Hanyang University |
FABRICATION
OF COPPER LINE PATTERN BY VARYNG SCANNING SPEED USING NANO PARTICLE
DEPOSITION SYSTEM (NPDS) FOR THE APPLICATION OF DIRECT PRINTING
TECHNOLOGY |
Delamination and Interlaminar Reinforcement |
W35-1 |
Aug. 24th |
Kim |
Branner |
Denmark |
Technical University of Denmark |
COMPARISON OF TWO FINITE ELEMENT METHODS WITH EXPERIMENTS OF DELAMINATED COMPOSITE PANELS |
Delamination and Interlaminar Reinforcement |
W35-2 |
Aug. 24th |
Ye |
Lu |
Australia |
University of Sydney |
MONITORING OF DELAMINATION ONSET IN COMPOSITE LAMINATES USING LAMB WAVE SIGNALS |
Delamination and Interlaminar Reinforcement |
W35-3 |
Aug. 24th |
Carla |
Canturri |
United Kingdom |
Imperial College London |
DELAMINATION GROWTH MECHANISM FROM EMBEDDED DEFECTS IN COMPRESSION |
Delamination and Interlaminar Reinforcement |
W35-4 |
Aug. 24th |
Masahiro |
Arai |
Japan |
Shinshu University |
Mixed Modes Interlaminar Fracture Toughness of CFRP Laminates Toughened with CNF Interlayer |
Delamination and Interlaminar Reinforcement |
W35-5 |
Aug. 24th |
Kyong Yop |
Rhee |
Korea |
Kyung Hee University |
Tribological Behavior of Carbon Nanotube Reinforced Basalt/Epoxy Woven Composites |