The Journal of Composites Science (ISSN 2504-477X) is an online, open access journal. It focuses on advanced technology and development of composite materials and provides an interdisciplinary forum for publication of research papers, short communications and review papers which advance the properties, testing methods and applications of composites. Our aim is to encourage scientists to publish their experimental and theoretical results in as much detail as possible so that the results can be reproduced. Therefore, there is no restriction on the length of the papers.
The journal scope includes the following areas, although research in related fields may also be considered.
Fiber reinforced composites; Novel composites; Nanocomposites; and more
In the process of the conception and development of your products, do you want to identify the mechanical properties of your material? Or do you need to validate the behavior of your parts initially predicted by the calculation?
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ELECTROCHEMISTRY & ELECTRICAL TESTING
HTDS is the exclusive distributor of leader and pioneer brands in electrochemistry and materials research: PRINCETON APPLIED RESEARCH, SIGNAL RECOVERY (both formerly EG&G) and SOLARTRON ANALYTICAL (AMETEK Group) and Palmsens.
Our solutions include instruments, software, ancillary equipment, and accessories dedicated to the High-precision characterization of materials and cells using precision electrical measurement techniques, including electrochemical impedance spectroscopy (EIS).
Products include the ModuLab instruments for electrochemical and materials research, industry-standard frequency response analyzers and lock-in amplifiers, single and multi-channel potentiostats/galvanostats/FRA, Surface Imaging&Scanning systems using local probes (SECM, LEIS, SVET, SVET, SKP) battery test equipment, and supporting software.
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Centre National d'Études Spatiales Établissement public à caractère industriel et commercial (EPIC), le CNES propose aux pouvoirs publics la politique spatiale de la France et la met en oeuvre dans 5 grands domaines stratégiques : Ariane, les Sciences, l’Observation, les Télécommunications et la Défense.
https://cnes.fr/fr/
Plus connu sous son sigle GFP, le Groupe Français d’Études et d’Applications des Polymères est une association à but non lucratif. Elle fut créée le 27 novembre 1970 sur l’initiative du Dr A.J. Kovacs et du Prof. G. Champetier (1905-1980), ce dernier devenant son premier président. Le Dr A.J. Kovacs en devint le premier secrétaire général, et le siège fut fixé au Centre de Recherches sur les Macromolécules de Strasbourg (actuel ICS). Sa mission, reconnue d’utilité publique en 1990, est de promouvoir le développement des polymères dans les organismes d’enseignement supérieur et de recherche, mais également au sein du tissu industriel français.
CANOE is a R&D center specialized in formulation and manufacturing techniques for the development of finished and semi-finished products in the field of composites and advanced materials. Our goal: assist companies in the development of innovative products and processes to meet industrial needs.
attocube is a leading pioneer for nanotechnology solutions in industry and research. The company develops, produces and distributes components and systems for nanoscale applications such as precision motion, cryogenic microscopy, and nanoscale analytics. All products are manufactured in the NanoFactory, the company’s headquarters in Haar, close to Munich. An international team of 150 physicists, engineers, software developers, and product designers work in close collaboration from conception through to delivery. attocube has sales offices in the US and a broad network of worldwide distributors, covering more than 40 countries and 4,000 customers.
IRDL, INSTITUT DE RECHERCHE DUPUY DE LÔME
Reference laboratory for mechanical systems in Europe related to the engineering of materials and systems used in industrial sectors related to the automotive, energy, aeronautics, health, transport and more particularly all areas in dynamic interaction with the marine environment, such as shipbuilding and offshore, marine energy.
The "Smart Plastics" group has been dedicated for more than 15 years to the study of the "smart" functions of conductive polymer nano-composites (CPC). We have developed sensors for volatile organic compounds (VOC). Based on nanostructured CPCs with a multi-scale architecture, we have also created homogeneous strain sensors (QRS) capable of monitoring the health of composite materials in-situ, in the linear and non-linear deformation zone and up to failure. Different types of solicitations have been validated - static, dynamic, fatigue, shock - demonstrating the ability of QRS to follow the behavior of composites with excellent dynamics.
Based on a patent filed in 2015 on "multilayer nanomaterials sensitive to a physical quantity" and after a 4-year maturation period, we created the start-up "SENSE in" in 2018 in order to industrialize QRS sensors for monitoring deformation and damage in polymer composite materials.
The French National Centre for Scientific Research is among the world's leading research institutions. Its scientists explore the living world, matter, the Universe, and the functioning of human societies in order to meet the major challenges of today and tomorrow. Internationally recognised for the excellence of its scientific research, the CNRS is a reference in the world of research and development, as well as for the general public.
Groupement de Recherche CNRS 3661.
The objective of the GdR is to create and animate a place of sharing, exchange and collaboration between all the actors concerned by nano-reinforced polymers. The main challenge is to understand, quantify and manage/control, in order to predict the nanometric effects on the entire chain of this new class of composite materials: elaboration, pretreatment and functionalization of fillers, formulation and implementation processes of composites, study of the rheology and dispersion state of fillers, study of the filler/matrix interface, identification of deformation, damage and failure mechanisms at different scales, characterization of the mechanical behavior and multifunctional properties of these materials.
Brittany is now a recognized territory in terms of R&D, in France and in Europe, in many fields: cybersecurity, new materials, biology and marine technologies... To consolidate this position, we are carrying out a proactive policy of dissemination and technology transfer alongside the Breton authorities. Bringing together companies, research laboratories and training institutions around priority themes in the same sector of activity, competitiveness clusters encourage the emergence of innovative collaborative research and development (R&D) projects and the growth of member companies. The goal is to bring new products, services or processes to market.
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