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THERMOPLASTIC COMPOSITES FOR AEROSPACE APPLICATIONS, DEVELOPMENTS TOWARDS HIGH-TEMPERATURE MATERIALS
Hans Luinge (TenCate Advanced Composites) Joris Markenstein (TenCate Advanced Composites) Martino Marchetti (Delft University of Technology) Theo Dingemans (Delft University of Technology)
Liquid Crystalline Materials are evaluated for use in high-temperature fiber reinforced composites. This paper will describe the properties and processability of this new range of materals.
THE EFFECTS OF ULTRAVIOLET RADIATION (UVR) IN POLYMER-BASED COMPOSITES
Tsz-ting Wong (Hong Kong Polytechnic University) Kin-tak Lau (Hong Kong Polytechnic University) Julie Etches (University of Bristol)
UVR could cause serious damages to polymer-based materials. Mechanical properties of polymer-based composites under UVR exposure are studied. A ZnO filled HGF layer is introduced on FRPs for UVR protection and enhance the surface strength.
VALIDATION AND INDUSTRIAL IMPLEMENTATION OF AN ANALYSIS METHOD FOR PREDICTING DISTORTIONS INDUCED BY COMPOSITE CURING PROCESS
Daniel Hartung (Premium Aerotec GmbH) Matthias Hartmann (Technical University of Munich / Institute for Carbon Composites)
The paper summarised the experimental material characterisation and development of a simulation of curing induced distortion for composite airframe structures. The simulation is validated with distortion measurements with serially produced frames.
BOTTOM-UP PARAMETRIC HYBRID COST ESTIMATION FOR COMPOSITE AEROSPACE PRODUCTION
Christian Hueber (Montanuniversitaet Leoben) Konstantin Horejsi (FACC Operations GmbH) Ralf Schledjewski (Montanuniversitaet Leoben)
In this conference paper we present ALPHA, our self developed hybrid cost tool, designed for the aerospace industry. We will describe the underlying estimation principle and demonstrate its capabillity on a case study.
INSTANTANEOUS FASTENING OF A CFRP AND STEEL PLATE BY A SELF-PIERCING RIVET
Masahito Ueda (Nihon University) Vu Manh Cuong (Nihon Univesrity) Akira Todoroki (Tokyo Institute of Technology)
A CFRP laminate and a steel plate were instantly fastened simultaneously using the self-piercing rivet. Tensile tests of the single-lap joint specimens were performed to investigate the viability of the mechanical fastener.
RAISING MAXIMUM DESIGN STRAIN ENVELOPES OF FIBER RESIN COMPOSITE PRIMARY STRUCTURAL ELEMENTS SUPPORTED BY A LOAD AND OPERATIONAL MONITORING SYSTEM
Stefan Herrmann (csi entwicklungstechnik GmbH) Jörg Wellnitz (Technische Hochschule Ingolstadt) Niels Modler (Technical University of Dresden)
The author describes the motivation for and implications of the introduction of an Operational Monitoring system to the automobile Body in White structure. A framework for Operational Monitoring and safe increase of the design strain is explained.
BENDING BEHAVIOR OF CFRP-REINFORCED THINWALLED METAL BEAMS – A THEORETICAL AND EXPERIMENTAL STUDY
Marco Oxenbauer (BMW AG) Klemens Rother (University of Applied Sciences Munich)
Investigation of the bending behavior of thinwalled CFRP metal hybrid beams and comparison to theoretical predicted properties and failure mechanisms.
NOVEL LIGHTWEIGHT COMPOSITE GRIPPER CONCEPTS FOR AUTOMOTIVE MANUFACTURING
Niklas Minsch (Daimler AG) Farbod Nosrat Nezami (CIKONI composiets innovation) Thomas Gereke (Technical University of Dresden) Chokri Cherif (Technical University of Dresden)
A novel approach to valuate concepts for supporting structures made of fiber-reinforced composites, as a main constituent of gripper tooling in the range of automotive handling operations, is presented.
MANUFACTURING HIGH PERFORMANCE COMPOSITES USING SOLID EPOXY RESINS
Henry Maples (University of Vienna) Thomas James (Formax) Alexander Bismarck (University of Vienna)
A low cost composite manufacturing technique using solid epoxy resins is described.
INTRODUCING CELLULOSE NANOCRYSTALS IN SHEET MOLDING COMPOUND (SMC)
Amir Asadi (Georgia Institute of Technology) Mark Miller (Georgia Institute of Technology) Sanzida Sultana (Georgia Institute of Technology) Robert Moon (Georgia Institute of Technology) Kyriaki Kalaitzidou (Georgia Institute of Technology)
Cellulose nanocrystals (CNC) are dispersed in the epoxy matrix prior to use in sheet molding compound (SMC) manufacturing line to enhance the mechanical properties of the SMC composites.
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