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EXPERIMENTAL METHODOLOGY TO DETERMINE THE ABSORBED ENERGY IN AN AERONAUTICAL STRUCTURE UNDER IMPACT LOADS USING DIGITAL IMAGE CORRELATION
Elías López Alba (Universidad de Jaén) Ángel Molina Viedma (University of Jaén) Francisco Alberto Díaz Garrido (University of Jaén)
In this work and energy balance for an aeronautical structure under impact loads were evaluated. An experimental methodology was developed to quantify the transformation of the transmitted energy into the different damages produced at the specimens.
HIGH SPEED DIGITAL IMAGE CORRELATION FOR MODE SHAPE MEASUREMENTS ON A CARBON FIBER CURVED PANEL
Ángel Molina Viedma (University of Jaén) Luis Felipe Sesé (University of Jaén) Elías López Alba (Universidad de Jaén) Francisco Alberto Díaz Garrido (University of Jaén)
In this paper, Digital Image Correlation, DIC, and High Speed Cameras, are applied to determine the mode shapes [2] of a carbon fiber aeronautical panel. results show full-field displacements corresponding to each mode shape over the whole surface.
ON CHARACTERIZING MICROSCOPICALLY THE ADHESION INTERPHASE FOR THE ADHESION BETWEEN BRASS-PLATED STEEL CORD WITH LOW BRASS PLATING AND RUBBER COMPOUND VARIED WITH CO SALT BY AUGER ELECTRON SPECTROSCOPY
Gyung Soo Jeon (Jeonnam Provincial College)
The effect of the Co salt loading in rubber compound on the adhesion interphase to brass-plated steel cord with low brass plating was studied to elucidate the adhesion retention after hostile aging.
SHEET MOLDING COMPOUNDS CONTAINING CELLULOSE NANOCRYSTALS COATED GLASS FIBERS
Mark Miller (Georgia Institute of Technology) Amir Asadi (Georgia Institute of Technology) Robert Moon (Georgia Institute of Technology) Kyriaki Kalaitzidou (Georgia Institute of Technology)
Glass fibers are coated with cellulose nanocrystals (CNC) by immersing them in CNC aqueous suspension prior to use in sheet molding compound production to enhance the interfacial and mechanical properties of composites.
ADHESION TEST OF RESIN-INFUSED BASALT FIBERS FOR WIND ENERGY APPLICATIONS
Wilko Happach (RWTH Aachen University) Davide Pico (RWTH Aachen Univeristy) Alexander Lüking (RWTH Aachen University) Gunnar Seide (RWTH Aachen University) Thomas Gries (RWTH Aachen University)
Rotor wind blades are principally made of E-glass fibers reinforcement into an epoxy resin. This fibers have already reached the limit of their mechanical properties, therefore new materials like Basalt fibers are needed.
NUMERICAL SIMULATION OF MECHANICAL BEHAVIOR OF A HIGH-VOLTAGE COMPOSITE CABLE FOR OFFSHORE WIND-ENERGY
Fouad Ech-Cheikh (CEA) Raj Jyoti Das (IFSTTAR) Monssef Drissi-Habti (IFSTTAR) Nicolas Ravot (CEA) Fabrice Auzanneau (CEA)
In this study, a simple straight ”1+6” strand is modelled as a copper conductor and the relationship between mechanical loads to which conductors are subjected to and its mechanical responses is addressed.
ON DETERMINING THE CHEMICAL STABILITY OF BASALT FIBRES IN AN ARTIFICIAL ALKALINE MEDIUM FOR TEXTILE REINFORCED CONCRETE (TRC) APPLICATIONS
Davide Pico (RWTH Aachen Univeristy) Udit Gohil (RWTH Aachen University) Alexander Lüking (RWTH Aachen University) Cynthia Morales Cruz (RWTH Aachen University) Michael Raupach (RWTH Aachen University) Thomas Gries (RWTH Aachen University)
On determining the chemical stability of Basalt fibres in an artificial alkaline medium for Textile Reinforced Concrete (TRC) applications
FUNCTIONALIZED ORMOCER®-BASED RESINS AS BASIS FOR HIGHLY AESTHETIC, LOAD-STABLE AND BIOCOMPATIBLE DENTAL MATERIALS
Jeannette Hoffmann (Fraunhofer ISC) Herbert Wolter (Fraunhofer ISC) Somchith Nique (Fraunhofer ISC)
Biocompatible dental hybrid composites well-adjusted to mechanical/optical properties of natural teeth (dentine/enamel) realized by functionalized ORMOCER® resins along with adapted particle systems represent an excellent material for e.g. crowns.
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