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Risswachstum unter thermomechanischer Ermüdung an der Nickelbasis Gusslegierung Inconel 100

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Description

Unter thermomechanischer Ermüdung (TMF) wurden Risswachstumsversuche an der Nickelbasis Gusslegierung Inconel 100 (IN100) durchgeführt. IN100 ist ein hochtemperaturbeständiger und gleichzeitig vergleichbar leichter Werkstoff, der in bewegten Teilen von Turbomaschinen (wie zum Beispiel Laufschaufeln von Flugzeugtriebwerken oder Turbolader Verdichterrädern) Anwendung findet. Hierbei ist 850 °C eine übliche Anwendungstemperatur für IN100, 950 °C sind - z.B. aus Gründen der Effizienzsteigerung - jedoch auch möglich. Je nach Bauteil und lokaler Belastung des Bauteils treten unterschiedliche Belastungs-Temperatur-Phasenbeziehungen auf, wobei in-phase und out-of-phase die Extremfälle darstellen. Der Einfluss der Phasenbeziehung, der Maximaltemperatur und der mechanischen Dehnungsamplitude auf das Risswachstumsverhalten wurde unter Verwendung der Replika-Technik untersucht. Das Wachstum des zum Bruch führenden Risses konnte bis zur Initiierung zurückverfolgt werden. Dieser Riss wuchs im Laufe des Versuchs für alle untersuchten Fälle jeweils aus mehreren Rissen zusammen. Diese Risskoaleszenz und das Wachstum der Einzelrisse scheint die Lebensdauer und die Schädigungsentwicklung zu bestimmen. Ein bruchmechanisch basiertes Modell zur Beschreibung des Risswachstums und des Zusammenwachsens von Rissen wurde entwickelt und anhand von Versuchsdaten validiert. Das Modell basiert auf der zyklischen Rissspitzenöffnung und den unterschiedlichen Rissfortschrittskräften entlang einer elliptischen Rissfront. Zeitabhängige Effekte und die Last-Temperatur-Phasenbeziehung wurden über den Schädigungsparameter D_TMF einbezogen. Durch die Modellierung konnte gezeigt werden, dass das Zusammenwachsen mehrerer Risse zum finalen Hauptriss im Laufe des Versuchs die Schädigungsentwicklung dominiert.

Reference: BR-2023-015

Title: Risswachstum unter thermomechanischer Ermüdung an der Nickelbasis Gusslegierung Inconel 100
Author(s): S. Schackert, H. Riedel, C. Schweizer
DOI: 10.48447/BR-2023-015
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: Risswachstum,thermomechanische Ermüdung,Nickelbasis Superlegierung

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

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ERWEITERUNG DES FESTIGKEITSNACHWEISES NACH ÖRTLICHEM KONZEPT ZUR BERÜCKSICHTIGUNG VON RANDSCHICHTBEHAFTETEN BAUTEILEN

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1

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€25.00

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Untersuchung des Schädigungsverhaltens additiv gefertigter TiAl6V4 Gitterstrukturen: Anwendung der digitalen Bildkorrelation im quasi-statischen und zyklischen Versuch

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1

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€25.00

Online only

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Bestimmung von viskoplastischen Parametern aus miniaturisierten Relaxationsversuchen

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1

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€25.00

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Author(s): J. Rosenberger, J. Tlatlik, S. Münstermann

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Automatisierte Analyse von Bruchflächen mittels künstlicher neuronaler Netzwerke (KNN) für kerntechnisch relevante ...

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1

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€25.00

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Author(s): A. Tsakmakis, M. Vormwald

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Rissspitzenfelder in Phasenfeldmodellierungen von duktilen Bruchprozessen

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1

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€25.00

Online only

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1

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1

German

€25.00

Online only

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

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1

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€25.00

Online only

Author(s): I. Varfolomeev, C. Amann

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1

Einfluss von Constraint auf duktile Rissinitiierung und duktiles Risswachstum

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1

German

€25.00

Online only

Editor(s): M. Vormwald

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Bruchmechanische Werkstoff- und Bauteilbewertung: Beanspruchungsanalyse, Prüfmethoden und Anwendungen

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1

German

€90.00