|
FESTE |
HOFFMAN |
PERLA |
WELLES |
|
Session We1.3 |
Session We1.4 |
Session We1.5 |
Session We1.6 |
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Complex materials for self-healing, regeneration and structural remodeling |
T.S. Processing of thermoplastic composite materials |
T.S. Structural Performance and Damage Tolerance of Advanced Composites |
G.S. Nanocomposites: Preparation and characterisation 1 |
| 8.30 |
8.50 |
Opening Presentation |
INNOVATIVE TEMPERATURE DISTRIBUTION INFLUENCES THE IMPREGNATION QUALITYM.Christmann (Insitut Für Verbundwerkstoffe Gmbh) |
CHARACTERIZATION OF GLASS FIBER REINFORCED SKIN/BALSA CORE SANDWICH-STRUCTURED COMPOSITE IN THE DYNAMIC DEFORMATION RANGEN.Bonora (University Of Cassino) |
PREPARATION AND CHARACTERISATION OF EPOXY/ALUMINA POLYMER NANOCOMPOSITESB.B.Johnsen (Norwegian Defence Research Establishment (ffi)) |
| 8.50 |
9.10 |
SELF-HEALING MATERIALS - FROM CAPSULES TO VASCULAR TO REGENERATIONS.R.White (University Of Illinois) |
MANUFACTURING OF LARGE INTEGRATED THERMOPLASTIC COMPOSITE STRUCTURES UNDER VACUUM CONSOLIDATIONC.M.Ó brádaigh (National University Of Ireland, Galway) |
A NEW METHOD TO MEASURE CRAZES - THE UNDERESTIMATED INITIATOR OF IRREVERSIBLE DAMAGE TO COMPOSITE MATERIALSK.Tazelaar (Technical University Of Delft) |
PROCESSING CONTROLLED PROPERTIES OF THERMOPLASTIC-BASED NANOCOMPOSITES L.Lin (Mechanical And Process Engineering) |
| 9.10 |
9.30 |
MECHANO-BIOLOGY & AGING: WHAT CAN WE LEARN FROM BONE REGENERATION?G.N.Duda (CharitE - Universitätsmedizin Berlin) |
SELECTIVE HEATING APPLICATIONS FOR THE PROCESSING OF POLYMER-POLYMER MATERIALS A.Benedito (Aimplas) |
ADVANCES IN INDUSTRIAL APPLICATIONS OF DAMAGE AND FAILURE APPROACHESS.Mahdi (Airbus Operations Sas) |
PREPARATION AND PROPERTIES OF STEPWISE FUNCTIONALLY GRADED SYNTHETIC GRAPHITE/PHENOLIC NANOCOMPOSITESA.A.Kafi (Deakin University) |
| 9.30 |
9.50 |
PLANTS AS CONCEPT GENERATORS FOR BIOMIMETIC SELF-HEALING MATERIALS AND STRUCTUREST.Speck (University Of Freiburg) |
DEVELOPMENT OF A UNIT CELL MODEL TO SIMULATE THE SURFACE DURING THE THERMOFORMING PROCESSK.Hildebrandt (Institut Für Verbundwrkstoffe Gmbh) |
ON THE USE OF THREE DIMENSIONAL MATERIAL LAWS IN THE ANALYSES OF FUNCTIONALLY GRADED SHELLSA.Blázquez (University Of Seville) |
THERMOPLASTIC AS CARRIER OF NANOFILLERS INTO CARBON FIBER-EPOXY RESIN COMPOSITES PROCESSED BY RTM : INFLUENCE OF THERMOPLASTIC SOLUBILITY ON CARBON NANOTUBES DISTRIBUTIONE.Henry (Universite Catholique De Louvain) |
| 9.50 |
10.10 |
NANOCONTAINER-BASED FEEDBACK ACTIVE COATINGS FOR METAL PROTECTIOND.G.Shchukin (Mpi Of Colloids And Interfaces) |
CFD SIMULATIONS OF A HOT GAS TORCH FOR THE THERMOPLASTIC TAPE PLACEMENT PROCESSM.Narnhofer (Montanuniversität Leoben) |
ANALYSIS OF A STRINGER RUN-OUT CONCEPT INCLUDING DAMAGE INITIATION AND EVOLUTION AT THE INTERFACESA.Blázquez (Escuela Superior De Ingenieros, University Of Seville) |
ADDITION OF A BLOCK COPOLYMER INTO CARBON FIBER/EPOXY COMPOSITES PROCESSED BY RTM: MICROSTRUCTURES AND MECHANICAL PROPERTIES.F.Cordenier (Ucl) |
| 10.30 |
11.15 |
PLENARY LECTURE 3: Fracture mechanism of delamination under fatigue loading - Effect of micromechanism
Masaki Hojo (Kyoto University)
Palazzo del Cinema |
|
Session We2.3 |
Session We2.4 |
Session We2.5 |
Session We2.6 |
|
Complex materials for self-healing, regeneration and structural remodeling |
T.S. Processing of thermoplastic composite materials |
T.S. Multiaxial fatigue |
G.S. Nanocomposites: Preparation and characterisation 2 |
| 11.20 |
11.40 |
NATURE'S SELF-REPAIRING METALLOPOLYMERIC MATERIALSM.J.Harrington (Max Planck Institute Of Colloids And Interfaces) |
DEVELOPMENT OF A NEW PULTRUSION EQUIPMENT TO MANUFACTURE THERMOPLASTIC MATRIX COMPOSITE PROFILESP.J.Novo (Polytechnic Institute Of Leiria) |
INFLUENCE OF THE STRESS RATIO ON THE MULTIAXIAL FATIGUE BEHAVIOUR OF GLASS/EPOXY TUBESM.Quaresimin (Unipd) |
EFFICIENT DISPERSION OF CARBON NANOTUBES IN POLYVINYL BUTYRAL AND MECHANICAL PERFORMANCE OF COMPOSITES THEREOFM.Pavese (Politecnico Di Torino) |
| 11.40 |
12.00 |
VITRIMERS, ORGANIC MATERIALS THAT BEHAVE LIKE THE GLASS.L.Leibler (Espci) |
PROCESS COMBINATIONS AS A KEY FOR PRODUCING LIGHTWEIGHT AND HIGH-DUTY COMPOSITE STRUCTURES BASED ON THERMOPLASTIC MATERIALST.Mueller (Institute Of Polymer Technology) |
MODELLING OF CRACK INITIATION IN COMPOSITE MATERIALS UNDER MULTIAXIAL LOADING P.A.Carraro (University Of Padova) |
THE PROPERTIES OF BUTADIENE-ACRYLONITRILE RUBBER NBR FILLED WITH MODIFIED LAYERED FILLERSM.Lipinska (Technical University Of Lodz) |
| 12.00 |
12.20 |
ALTERNATING POLYKETONES AS VERSATILE BUILDING BLOCKS IN THE DESIGN OF SELF-HEALING MATERIALST.Broekhuis (University Groningen) |
SPRIFORM: A HYBRID TECHNIQUE FOR SERIAL PRODUCTION OF 3D PARTS OF CONTINUOUS FIBER REINFORCED THERMOPLASTICSD.Bonefeld (Bond-laminates Gmbh) |
STOCHASTIC CRACKING EVOLUTION IN MULTI-DIRECTIONAL LAMINATES UNDER FATIGUE LOADINGR.Talreja (Texas A) |
DISPERSION AND MECHANICAL/ELECTRICAL CHARACTERISATION OF CARBON NANOTUBE POLYMER FOAMSA.D.Lafferty (University Of Sheffield) |
| 12.20 |
12.40 |
SHAPE CHANGING PLASTICS VIA STIMULI-INDUCED DEPOLYMERIZATIONS.T.Phillips (The Pennsylvania State University) |
ULTRA-LIGHT WEIGHT THERMOPLASTIC COMPOSITES: TOW-SPREADING TECHNOLOGYH.M.El-dessouky (University Of Leeds) |
|
ELECTRICALLY CONDUCTIVE EPOXY/CNT COMPOSITES CONTAINING LOW CNT CONTENTS.R.Tchoudakov (Technion - Israeli Institute Of Technology, Iit) |
| 12.40 |
13.00 |
INJECTABLE WEIGHT-BEARING BIOCOMPOSITES FOR BONE REGENERATIONS.A.Guelcher (Vanderbilt University) |
|
STRESS AND STRAIN STATES OF A CHOPPED GLASS-REINFORCED COMPOSITE UNDER BIAXIAL LOADINGM.C.Serna moreno (University Of Castilla-la Mancha) |
HSP STUDY ON THE DISPERSION AND INTERFACIAL ADHESION OF FUNCTIONALIZED SWNTS IN EPOXY COMPOSITESJ.Ma (Aalborg University) |
| 13.00 |
14.15 |
|
|
|
|
| 14.15 |
14.45 |
|
|
Keynote lecture 6: Polymer Nanocomposites for Energy Applications
Emmanuel P. Giannelis (Cornell University-USA) |
|
|
Session We3.3 |
Session We3.4 |
Session We3.5 |
Session We3.6 |
|
Complex materials for self-healing, regeneration and structural remodeling |
T.S. Innovative Manufacturing in Composites |
T.S. Composites for aeronautic applications |
G.S. Nanocomposites: Preparation and characterisation 3 |
| 14.50 |
15.10 |
OSTEOCYTE NETWORKS AND CONTINUOUS DAMAGE REPAIR IN BONEP.Fratzl (Max Planck Institute Of Colloids And Interfaces) |
CONTROL OF RESIN FLOW USING MULTIFUNCTIONAL INTERDIGITAL ELECTRODE ARRAY FILMR.Matsuzaki (Tokyo University Of Science) |
PROTECTION AGAINST OXIDATION, BY CVD OR SPS COATINGS OF HAFNIUM CARBIDE AND SILICON CARBIDE, ON CARBON/ CARBON COMPOSITES. A.Allemand (Cea) |
NANOSTRUCTURED ZNO-PARTICLE FABRICATION WITH DIFFERENT ALCOHOLS AND VARYING ZINC ACETATE AND SODIUM HYDROXIDE CONCENTRATIONSE.J.Santos (Ufpe) |
| 15.10 |
15.30 |
COMPUTATIONAL MODELING AND DESIGN OF MICROVASCULAR COMPOSITESP.H.Geubelle (University Of Illinois) |
AN EXAMPLE OF MOLD COMPENSATION BY MEANS OF NUMERICAL SIMULATION ON A GENERIC CURVED CFRP C-SPARB.Wucher (Cenaero) |
SIZE EFFECTS ON THE TENSILE AND COMPRESSIVE FAILURE OF NOTCHED COMPOSITE LAMINATESG.H.Erçin (Inegi - University Of Porto) |
PREPARATION AND CHARACTERIZATION OF PLA NANOCOMPOSITES WITH NANOCELLULOSE FILLED PVACM.Pracella (Ist. Materiali Compositi E Biomedici, Imcb-cnr) |
| 15.30 |
15.50 |
PRESSURIZED VASCULAR SYSTEMS FOR SELF-HEALING AND REGENERATIONN.R.Sottos (University Of Illinois) |
QUALITY EVALUATION OF ADVANCED COMPOSITE STRUCTURES THROUGH LIFE CYCLE MONITORING USING EMBEDDED OPTICAL FIBER SENSORSN.Takeda (The University Of Tokyo) |
THERMOPLASTIC CONCEPTS FOR AERONAUTICAL STRUCTURESS.Russo (Alenia Aeronautica) |
PREPARATION AND CHARACTERIZATION OF MIX MATRIX MEMBRANES POLYMER BASED SILANE-TRATED CLAY REINFORCED POLYCARBONATE NANOCOMPOSITES.E.Erdmann (Itba) |
| 15.50 |
16.10 |
SELF-PATTERNING VASCULAR SYSTEMS VIA ELECTROSTATIC EFFECTSE.D.Wetzel (U.s. Army Research Laboratory) |
MULTI-SCALE STUDY OF REINFORCEMENT VARIABILITY AND VOID FORMATION IN LIQUID COMPOSITE MOULDINGA.C.Long (University Of Nottingham) |
DE-ICING OF CARBON COMPOSITE PLATES BY PIEZOELECTRIC ACTUATORSL.Aretxabaleta (Mondragon Goi Eskola Politeknikoa, Jma S. Coop) |
GRAPHITE NANOPLATELETS CHEMICAL CROSS-LINKING BY ELEMENTAL SULPHURG.Carotenuto (National Research Council) |
| 16.10 |
16.30 |
RECOVERY AND REMODELLING IN FIBRE REINFORCED POLYMER COMPOSITES VIA EMBEDDED VASCULATUREI.P.Bond (University Of Bristol) |
THERMAL PERFORMANCE OF A COMPOSITE MOULD TOOL WITH TWO INTEGRATED HEATING/COOLING ZONESJ.Jakobsen (Aalborg University) |
COMPRESSION AFTER IMPACT RESPONSE OF ADVANCED CARBON FIBER AND KEVLAR FIBER REINFORCED COMPOSITESD.E.Mouzakis (Technological Educational Institute Of Larisa) |
INFLUENCE OF CARBON NANOTUBES ON THE CURING AND DAMAGE BEHAVIOR OF EPOXY/CARBON NANOTUBES COMPOSITESA.Rahaman (Kaust) |
| 16.30 |
16.50 |
|
NEW PROCESSES FOR MASS PRODUCTION OF THERMOPLASTIC COMPOSITE LIGHTWEIGHT COMPONENTSM.Schuck (Jacob Plastics Gmbh) |
MODELLING AND IDENTIFICATION OF THE MECHANICAL BEHAVIOUR OF OXIDE/OXIDE CERAMIC MATRIX COMPOSITESC.Ben ramdane (Herakles (safran Group)) |
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Session We4.3 |
Session We4.4 |
Session We4.5 |
Session We4.6 |
|
Complex materials for self-healing, regeneration and structural remodeling |
G.S. Processing and manufacturing 2 |
T.S. Structure-property relationship in polymer composites/nanocomposites |
G.S. Nanocomposites: Preparation and characterisation 4 |
| 16.50 |
17.10 |
NANOMECHANICS APPLICATIONS TO CARTILAGE TISSUE REGENERATIONC.Ortiz (Massachusetts Institute Of Technology) |
OPPORTUNITIES IN WASTE MINIMIZATION: EPOXY COMPOSITES FOR POWER APPLICATIONS CASE STUDYR.Sekula (Abb Corporate Research) |
EXPERIMENTAL STUDY AND THEORETICAL ANALYSIS ON THE MECHANICAL PROPERTIES OF HIGHLY FILLED NOVOLAC PHENOLIC-BASED COMPOSITES REINFORCED WITH NANOCLAY AND MULTI-WALLED CARBON NANOTUBES PREPARED BY SOLUTION MIXING METHODA.Shojaei (Sharif University Of Technology) |
CENTRIFUGAL PREPARATION OF HIGH FILLER CONTENT EPOXY-CALCITE/TALC-NANOSILICA HYBRID COMPOSITES N.Daud (Rmit University) |
| 17.10 |
17.30 |
CONTROLLING TISSUE GROWTH BY SUBSTRATE GEOMETRYJ.Dunlop (Max Planck Institute Of Colloids And Interfaces) |
RECYCLING THE GLASS FIBRES REINFORCED COMPOSITES: MECHANISMS AND KINETICS OF SUBCRITICAL HYDROLYSIS AND MAIN SECONDARY REACTIONSG.Oliveux (Ltn/icam) |
ANISOTROPIC POLYMER COMPOSITES WITH GRADIENTS OF CONDUCTING AND MAGNETIC PROPERTIESA.Jimsher (Institute Of Machine Mechanics) |
STUDY OF THERMAL BEHAVIOUR OF THERMOSET POLYMER MATRIX FILLED WITH MICRO AND NANOPARTICLESB.Reine (Institut ClEment Ader) |
| 17.30 |
17.50 |
BIO-MIMETIC SCAFFOLDS FOR CELLULAR THERAPIES IN EYE DISEASE AND SOFT TISSUE REGENERATIOND.O.Clegg (University Of Californa Santa Barbara) |
CURE MONITORING OF COMPOSITES BY DEA S.Knappe (Netzsch-geraetebau Gmbh) |
STRUCTURE-PROPERTY RELATIONSHIP IN POLYMER NANOCOMPOSITESA.Matveeva (University Of Minho) |
INDOLE-2-CARBOXYLATE- AND DIHYDROINDOLE-2-CARBOXYLATE-CAFE LAYERED DOUBLE HYDROXIDE NANOCOMPOSITES - SYNTHESIS, CHARACTERISATION AND THE EFFECT OF SYNTHESIS VARIABLESM.Sipiczki (University Of Szeged) |
| 17.50 |
18.10 |
REGENERATION OF NATIVE ANTERIOR CRUCIATE LIGAMENT A TISSUE ENGINEERING APPROACHE.M.Arruda (University Of Michigan) |
EFFECT OF STITCH AND REINFORCEMENT YARN TYPES ON MECHANICAL PROPERTIES OF BIAXIAL WEFT KNITTED THERMOPLASTIC COMPOSITESA.Nakai (Kyoto Institute Of Technology) |
STRUCTURE AND PROPERTIES OF THE NANOCOMPOSITES DEVELOPED ON THE BASIS OF RECYCLED POLYESTERSR.Merijs-meri (Riga Technical University) |
SYNTHESIS AND CHARACTERIZATION OF GRAPHENE-ALUMINA NANOCOMPOSITE J.Kim (Korea Institute Of Ceramic Engineering And Technology) |
| 18.10 |
18.30 |
INSTRUCTIVE HYDROGELS IN BONE TISSUE ENGINEERINGK.Leach (University Of California, Davis) |
LASER MACHINING OF CFRP USING A HIGH POWER FIBRE LASER - INVESTIGATIONS ON THE HEAT AFFECTED ZONES.Bluemel (Laser Zentrum Hannover E.v.) |
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ULTRA RAPID SINTERING AND CHARACTERISATION OF NOVEL INORGANIC FULLERENE-LIKE NANOPARTICLES REINFORCED SIC-AL COMPOSITESH.Chang (University Of Exeter) |
