Moderne Werkstoffe für die Energiewende

Das IEK-2 entwickelt und charakterisiert Hochleistungswerkstoffe für die Erzeugung, Umwandlung und Speicherung erneuerbarer Energien.

Direktorin: Prof. Dr. R. Schwaiger

Research Topics

Materials Mechanics

Mechanical testing of inorganic materials, material damage as well as coating systems at high temperatures

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Ceramic Materials

Characterization of application-relevant mechanical properties of ceramics materials for energy technology

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High-Temperature Corrosion and Corrosion Protection

Investigation of material damage caused by oxidizing and corrosive atmospheres at high temperatures

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Mechanical testing of inorganic materials, material damage as well as coating systems at high temperatures

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Thermochemistry

Thermochemical characterization and modeling of gasses and condensed phases at high temperatures

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Energy Material Modeling

Experimentel determination and modeling of fundamental material properties of functional high-temperature materials

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Micromechanics and Data Science

Investigation of micromechanical properties and the development of modern data science solutions

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Thermochemical characterization and modeling of gasses and condensed phases at high temperatures

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Announcements and Appointments

Future Manufacturing Technologies (FMT) visiting IEK-2

Representatives of the FMT research group from University of Oulu (Finland) will present the recent projects and research activities, and will discuss the potential opportunities to establish projects- and research-based partnership with IEK-2.

Vorhersage der Bildung von Sauerstofflücken mittels maschinellen Lernens

Wir haben einen neuen Transfer-Learning-Ansatz für die Vorhersage der Energie zur Bildung von Sauerstofflücken für einige Perowskite entwickelt, um darüber neue mögliche Materialien für Brennstoffzellenkathoden zu identifizieren

Keine Ergebnisse gefunden.
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