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Identifikation von plastizitäts-induziertem Rissschließen mittels hochauflösender Digitaler Bildkorrelation

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Die Einflussfaktoren bei Ermüdungsrissen werden in schädigende und schützende Mechanismen aufgeteilt. Im Paris Bereich von Rissfortschrittskurven duktiler Werkstoffe gelten besonders das rauhigkeits-induzierte und plastizitäts-induzierte Rissschließen als die maßgebenden schützenden Mechanismen. Kompliziert gestaltet sich jedoch die Trennung bzw. die Identifikation der beiden Rissschlussarten, da beide stark miteinander und mit weiteren lokalen Effekten (bspw. Rissablenkung) wechselwirken. Diese Wechselwirkung auf lokaler Ebene zu simulieren als auch experimentell zu untersuchen, ist das Ziel des vorliegenden Beitrages. Grundlage der Untersuchung bildet ein isotropes 3D FE-Rissfortschrittsmodell einer MT160 Probe mit bi-linearem, isotropen Materialmodell der Aluminiumlegierung AA2024-T3. Mittels crack-opening-displacement (COD) Messungen an der Probenoberfläche, wird eine Methodik hergeleitet, welche plastizitäts-induzierte Rissschließen separiert. Verglichen werden die Ergebnisse mit lokalen Verschiebungsfeldern einer mikroskopischen roboter-gestützten DIC Messung identischer Proben-, Material- und Randbedingungen. Die Resultate zeigen eine ausgezeichnete Übereinstimmung zwischen Simulation und Experiment. Plastizitäts-induziertes Rissschließen bei einem ∆K = 14.2 MPa√m wird als der primäre Rissschlussmechanismus identifiziert. Es zeigt sich eine eindeutige Ortsabhängigkeit des K_op Wertes entlang des Risspfades. Mittels der vorgestellten Methodik können nun sowohl K_op,cmod als auch K_op,ctodunmittelbar bestimmt werden. Dabei ist K_op,ctodmit ungefähr 50% von K_I,maxdoppelt so hoch wie der mittels crack-mouth-opening-displacement (CMOD) Aufnehmer erwartete K_op,cmod Wert.

Reference: BR-2023-005

Title: Identifikation von plastizitäts-induziertem Rissschließen mittels hochauflösender Digitaler Bildkorrelation
Author(s): F. Paysan, F. Dömling, V. Schöne, E. Breitbarth
DOI: 10.48447/BR-2023-005
Event: 55th Conference of the Working Group on Fracture Mechanics and Structural Safety
Year of publication: 2023
Publication type: conference paper (PDF)
Language: German
Keywords: Rissschließen,Mirkoskopie,Digitale Bildkorrelation

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Risswachstum unter thermomechanischer Ermüdung an der Nickelbasis Gusslegierung Inconel 100

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Author(s): A. Kern, S. Wörner, H. T. Beier, U. Jung

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Bruchmechanische Lebensdauer-Prognose für additive gefertigte Aluminium Komponenten

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€25.00

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Author(s): G. Kullmer, D. Weiß, B. Schramm

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Ein neuer Ansatz zur Beschreibung der doppel-S-förmigen Rissfortschrittskurve von Aluminiumlegierungen

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€25.00

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Author(s): M. Neite, M. Dölz, M. Könemann, S. Münstermann

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Mikrostruktursensitive Beschreibung der Restbeanspruchbarkeit von Komponenten mit Hilfe virtueller Experimente

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Treffsicherheitsuntersuchung eines kritischen Ebenen Kurzrissmodells für nichtproportionale zyklische Beanspruchungen

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German

€25.00

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Author(s): V. Schöne, F. Paysan, D. Melching, T. Strohmann, E. Breitbarth

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