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This book presents the proceeding of the 8th in this successful series of conferences organised by the Centre for Composite Materials Engineering of the University of Newcastle upon Tyne and sponsored by the Institute of Mechanical Engineers (ImechE) and The Institute of Materials (IoM).The papers presented show how FRCs are being used in a steadily increasing range of technologies and how their properties make them appropriate choices for designers and processors interested in exploiting the potential of these highly versatile materials.Composites applications now extend well
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Um zukünftige Anforderungen an Batterien erfüllen zu können, müssen heutige Lithium-Ionen Batterien weiterentwickelt werden. Ein vielversprechender Ansatz, der die Steigerung von Energie- und Leistungsdichte verspricht, ist die Lithium-Ionen Festkörperbatterie. In dieser Arbeit wird ein Ersatzschaltbild-basiertes Modell, sowie dessen Parametrierung vorgestellt, welches die Energie-/Leistungsdichte einer Festkörperbatterie abhängig von Material, Geometrie und Mikrostruktur berechnen kann. In order to meet future battery requirements, today's lithium-ion batteries need to be improved. A promising approach that should enable to increase energy and power density is the all-solid-state battery. In this dissertation, an equivalent circuit based model is presented, as well as its parameterization, which can calculate the energy/power density of any all-solid-state battery depending on material, geometry and microstructure.
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