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Qualitative Bewertung von Zuverlässigkeitsaussagen in der Produktentwicklung und -absicherung

Zur Vorhersage und Bestimmung der Lebensdauer und Betriebsfestigkeit von technischen Produkten sind verschiedene Modelle zur Beschreibung der involvierten Zusammenhänge möglich. Hierbei erweitert die Betrachtung der Zuverlässigkeit die herkömmlichen Modelle der Betriebsfestigkeit um zusätzliche statistische Aspekte.

Da diese Modelle in Ihrer Komplexität starke Unterschiede aufweisen, aber dennoch in gleicher Weise eine quantitative Zuverlässigkeitsaussage liefern, besteht die Notwendigkeit die Aussagen hinsichtlich ihrer Unsicherheiten qualitativ einzuordnen. Um die Menge des einfließenden Informationsgehalts sowie den bei diesen Modellen involvierten Aufwand der Anwendung und Parametrisierung widerzuspiegeln, wird ein Bewertungsschema entwickelt. Da die Modelle starke…

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Description

Als Bewertungskriterium werden die Aspekte der Beanspruchbarkeit, Beanspruchung sowie die statistische Modellebene berücksichtigt.

Die damit erfolgte Bewertung und Einordnung soll die Kommunikation von Zuverlässigkeitsaussagen im Unternehmen unterstützen. So können die Zuverlässigkeitswerte über Fach- und Hierarchiegrenzen hinweg besser hinsichtlich deren Qualität greifbar gemacht werden. Zudem dienen diese dazu die Detailtiefe der verwendeten Modelle wiederzugeben und somit die in immer kürzer werdenden Entwicklungszyklen notwendigen einfacheren Modellen mit zu bewerten. So kann beispielsweise in grenzlagigen Zuverlässigkeitsabgleichen aufgezeigt werden, ob diese durch weiteren Aufwand der Absicherung oder des Designs entschärft werden können.

Reference: BF-2025-597

Title: Qualitative Bewertung von Zuverlässigkeitsaussagen in der Produktentwicklung und -absicherung
Author(s): A. Grundler, J. Mischko, T. Bublat, W. Haydn
DOI: 10.48447/BF-2025-597
Event: Strukturfestigkeit und Produktlebenszyklus – Vom Design bis zur Kreislaufwirtschaft – Tagung 2025
Year of publication: 2025
Publication type: conference paper (PDF)
Language: German
Keywords: Zuverlässigkeit,Qualitative Methode,Modellebene,Bewertung

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Author(s): C. Gaier, W. Hübsch, G. Spindelberger

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Bayessches Lernen: Statistische Modellierung zur Abschätzung von Lebensdauer und Zuverlässigkeit

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51. Tagung des Arbeitskreises Betriebsfestigkeit

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Ein Fuzzy-Ansatz zur Berücksichtigung von Unschärfen in der Gesamtfahrzeugsimulation

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€25.00

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€25.00

Online only New

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E-ANTRIEBS VALIDIERUNG: WIE PRÜFLINGSEIGENSCHAFTEN ZUKÜNFTIG BEI DER VALIDIERUNG DER BETRIEBSFESTIGKEIT GEZIELT EINGESETZT WERDEN KÖNNEN.

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€25.00

Online only New

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Rechnerischer Festigkeitsnachweis für additiv gefertigte Bauteile aus 316L

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€25.00

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Einsatz von Vorerfahrung in der statistischen Versuchsplanung und Bauteilabsicherung

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€25.00

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