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Auflistung nach Autor:in "Eyerer, P."

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  • Konferenzbeitrag
    Neue Aussagequalitäten der Stoffflußanalyse durch die Kombination mit Szenariotechnik und Parametervariation
    (Umweltinformatik ’98 - Vernetzte Strukturen in Informatik, Umwelt und Wirtschaft - Computer Science for Environmental Protection ’98 - Networked Structures in Information Technology, the Environment and Business, 1998) Volz, Thorsten; Florin, H.; Wiedemann, M.; Eyerer, P.
    Life Cycle Assessment (LCA) in general and Life Cycle Engineering (LCE) in special are well-known and approved tools for the support of decisions in early design and development phases of products, systems or services. Based on a material flow analysis, LCE models the technical, economic and ecological consequences of a life cycle. Since these models include a huge amount of basic data, the use of computers and of special software systems is necessary. Most of the currently available software systems for LCA at least have a graphical component for the capture of material flows, a database with functions for the data management and a component for the calculation and the presentation of balances. But as LCE is a young scientific discipline, there still is a strong demand for functions supporting newest methodological developments (e.g. data quality indicators). The software tool GaBi 3 (IKP, University of Stuttgart and PE Product Engineering GmbH) is available since April 98 and takes this into account. Newest developments of GaBi 3 are the sankey-editor and the parametric process model including non-linear functions. These features are providing more flexibility of modeling and the possibility of parameter variation and scenario analysis.