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SURFACE CHEMISTRY AND SURFACE ENERGY OF NATURAL FIBRES BY XPS, IN-LENS SEM AND INVERSE GAS CHROMATOGRAPHY
Angelica Legras (University of Queensland) Michael T. Heitzmann (University of Queensland) Rowan W. Truss (University of Queensland)
This paper highlights the capabilities and the complementarity of advanced surface techniques to characterise bast fibre surfaces in order to aid in the design and manufacturing of biocomposites.
INVESTIGATION OF THE STATISTICAL DISTRIBUTIONS OF FRACTURE STRENGTHS FOR VARIOUS FIBERS USING THE TOW TESTING APPROACH
A REACTIVE MOLECULAR DYNAMICS SIMULATION OF HYDROLYSIS DEGRADATION IN POLYMERS
Behrouz Arash (Delft University of Technology) Barend J. Thijsse (Delft University of Technology ) Alessandro Pecenko (Bosch Thermotechnik GmbH) Angelo Simone (Delft University of Technology )
We perform reactive molecular dynamics simulations to investigate the mechanism of chemical aging ofpolyamide polymers by means of hydrolysis in an acidic solution at high temperature.
ASSESSMENT OF SELF-HEALING EFFICACY OF THERMOPLASTIC IONOMER FILMS INTERLEAVING CARBON-FIBRE REINFORCED EPOXY MATRIX LAMINATES
Jose Tarpani (University of Sao Paulo) Karen Morioka (University of Sao Paulo)
Mech. testing along with IR inspection of ballistically pre-impacted and subsequently heat treated thermoplastic ionomeric films interleaving CFR epoxy matrix laminates have demonstrated the achievement of thermally-activated self-healing process.
CHARACTERIZATION OF A NEW THERMOPLASTIC REACTIVE ACRYLIC-BASED ADHESIVE FOR MULTILAYER COMPOSITE LAMINATES
Quentin Charlier (INSA de Lyon) Frédéric Lortie (Ingénierie des Matériaux Polymères Lyon) Pierre Gérard (ARKEMA, Groupement de Recherche de Lacq) Jean-François Gérard (INSA de Lyon)
Study focus on characterization of acrylic reactive systems used as adhesive for composite laminates during polymerization. Conversion degree, viscosity and cure exothermicity evolution with time, influence of glass fiber presence were investigated.
COMPARISON OF PROCESS CHAINS FOR THE PRODUCTION OF THERMOPLASTIC UD-TAPES AND ORGANIC SHEETS
Andreas Erber (SGL Technologies ) Steffen Janetzko (SGL Technologies ) S. Spitko (SGL Technologies ) Patrik-Vincent Brudzinski (SGL Technologies )
The paper shows a comparison of different process chains to produce UD-tapes and Organic Sheets. The investigation comprises different technologies and therefore process chains like film-, powder-, solventimpregnation and pultrusion.
CORRELATION OF THE DIELECTRIC PROPERTIES OF AN EPOXY RESIN WITH THE DEGREE OF CURE
Amke Eggers (Clausthal University of Technology) Dilmurat Abliz (Clausthal University of Technology) Gerhard Ziegmann (Clausthal University of Technology) Dieter Meiners (Clausthal University of Technology)
DEA can monitor the cure of a resin. Molecular alterations during the cure change the permittivity. From DSC measurements the degree of cure is fitted, which can be correlated with the DEA measurements by knowing the time lapse of both experiments.
DEVELOPMENT OF CARBON FELT BASED THERMOPLASTIC COMPOSITE BIPOLAR PLATES FOR PEMFC
Ha Eun Lee (Chonbuk National University) Seong Su Kim (Chonbuk National University)
In this study, the carbon felt made of pan based carbon fiber was used to fabricate the bipolar plate for PEMFCs.
DIELECTRIC PROPERTIES OF POLYSTRENE/ALUMINA COMPOSITES FOR MICROELECTRONIC DEVICES
Bahar Basturk (Celal Bayar University) Emre Yalamaç (Celal Bayar University) Serdar Gültekin (Celal Bayar University)
In this study, the dielectric properties of pure PS and PS/Al2O3 composites were investigated which may be an alternative material system as the substrate component of printed circuit boards-PCBs.
DOSE CONTROL OF DOUBLE-SIDED IRRADIATION FOR POLYMER-MATRIX COMPOSITES FABRICATED BY IN-SITU CURING WITH LOW ENERGY E-BEAM
Jingjing Zhang (Xi’an Jiaotong University) Yugang Duan (Xi’an Jiaotong University) Xinming Zhao (Armoured Engineering Institute) Ben Wang (Xi’an Jiaotong University)
Dose control of double-sided irradiation for polymer-matrix composites fabricated by in-situ curing with low energy E-Beam
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