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Response Surface Technology |
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Prof. Christian Bucher (TU Vienna)
Keynote: Using response surface methodology for robust design optimization - introduction and overview
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Dirk Roos, Johannes Will (DYNARDO), Thomas Most, Jörg F. Unger (Bauhaus University Weimar)
Advanced surrogate models within the robustness evaluation
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Robust Design Optimization 1 |
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Andreas Plotzitza (Robert Bosch GmbH))
Bewertung von Optimierungs- und Zuverlässigkeitsalgorithmen für eine virtuelle Produktauslegung
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Bernd Meissner, Pierre Caraux (Rolls-Royce Deutschland)
An engineering application for optimization, robustness and reliability methods demonstrated on a gas turbine component
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Christian Wetzel, Carsten Proppe (Universität Karlsruhe)
Probabilistic assessment of the crosswind stability of railway vehicles
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Robust Design Optimization 2 |
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Edmondo di Pasquale (SimTech)
Some aspects of optimization in nonlinear dynamics
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Johannes Will (DYNARDO)
Robust design optimization in forming simulation using adaptive response surface methodology
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Andreas Veiz (FH Jena), Markus Egerland (Siemens VDO)
CAD-parametric optimization with optiSLang-ANSYS workbench
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Evolutionary Algorithms |
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Prof. Thomas Bäck (NUTECH Solutions)
Keynote: Evolutionary strategies for multidisciplinary optimization
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Axel Müller, Sven Rzepka (Qimonda), Johannes Will (DYNARDO)
Optimization of visco-elastic material models of mold compounds used for electronic packages based on evolutionary algorithms
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Prof. Heinz Konietzky (TU Freiberg), Roger Schlegel (DYNARDO)
Using sensitivity analysis and optimization for civil engineering and geotechnical applications
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Robustness Evaluation |
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Hans Baldauf, Wolfgang Melzer (BMW AG), Johannes Will, Stephan Blum (DYNARDO)
Erfahrungen über den serienmäßgen Einsatz der Robustheitsbewertung zur Absicherung der virtuellen Auslegung passiver Sicherheitssysteme
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Kathrin Grossenbacher, Markus Ganser (BMW AG)
Robustheitsbewertung in der Umformsimulation der BMW Group
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Volker Groß (ZF Friedrichshafen AG)
Robustheitbewertung bei der Akustikberechnung eines LKW-Getriebes
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Holger Schmidt (TU Darmstadt), Michael Six (Goldbeck Süd GmbH)
Untersuchungen zur Zuverlässigkeit schlanker Stahlbetondruckglieder aus hochfestem Beton
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Johannes Will (DYNARDO)
State of the art - robustness evaluation in CAE-based virtual prototyping processes of automotive applications
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© DYNARDO GmbH, an Ansys company
www.ansys.com |
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