Titlebook: Energy and Resource Efficiency in Aluminium Die Casting; Tim Heinemann Book 2016 Springer International Publishing Switzerland 2016 Alumin

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Introduction,This chapter explains the motivation for this work and its structure. The structure of this book is induced by central objectives, which correlate to the general motivation.

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Reliability of Structural Systems,oriented improvement of hierarchically organised industrial value chains, process chains and processes. Therefore, this chapter introduces a concept for a hierarchical view on (cross-company) production and interlinked methods and tools for energy and resource oriented improvements of such systems.

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Implications of Structural Revolution,duction in general, this chapter serves a sample application of the derived framework by analysing and modelling a set of specific aluminium die casting value chains. The detailed analysis of these sample value chains is used for the creation of a generic energy and material flow model of aluminium

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https://doi.org/10.1057/9781137535665 recapitulated. Having the identified research demand in mind, this chapter also tests the demand fulfilment of the developed novel multi-level and multi-scale approach for enhancing energy and resource efficiency in production. Additionally, an outlook of potential research fields will be given, wh

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https://doi.org/10.1007/978-3-319-18815-7Aluminium Die Casting; Energy and Material Flow Modeling and Simulation; Energy and Resource Efficienc

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Aluminium Die Casting and Its Environmental Aspects,ed industrial value chains, the aluminium die casting process, the connected chain of upstream and downstream processes and the resulting challenges for energy as well as resource intensity of die casted products. Therefore this chapter serves as a basis for the later derivation of further research

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Existing Approaches,e measures for strong improvements regarding the energy and material efficiency. As an example for highly energy and material intensive technologies, the aluminium die casting value chain was introduced from a technical perspective. Furthermore its complexity and environmental relevance was highligh