Forschungsbereich Werkstoffwissenschaft

Organization Name (de) Name der Organisation (de)
E308-01 - Forschungsbereich Werkstoffwissenschaft
 
Code Kennzahl
E308-01
 
Type of Organization Organisationstyp
Research Division
Parent OrgUnit Übergeordnete Organisation
 
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PreviewAuthor(s)TitleTypeIssue Date
1Mayrhofer, Paul Heinz High-entropy Hägg phases; A case study of nitrides, carbides, and diboridesPresentation Vortrag3-Jun-2025
2Gutschka-2025-Acta Materialia-vor.pdf.jpgGutschka, C. ; Zauner, L. ; Glechner, T. ; Holec, D. ; Riedl-Tragenreif, H. Metastable AlB₂ structured TM-Si-B2±z (TM = Ti, Zr, Hf) solid solutions from first-principlesArticle Artikel 1-May-2025
3Richter-2025-Acta Materialia-vor.pdf.jpgRichter, Sophie ; Gutschka, Christian ; Danner, David ; Hahn, Rainer ; Wojcik, Tomasz ; Ntemou, Eleni ; Jerg, C. ; Ramm, J. ; Polcik, Peter ; Kolozsvári, S. ; Primetzhofer, Daniel ; Riedl-Tragenreif, Helmut High-throughput phase exploration of ternary transition metal carbide TM-X-C (X=Al/Si) thin filmsArticle Artikel 15-Apr-2025
4Janknecht-2025-Materials  Design-vor.pdf.jpgJanknecht, Rebecca ; Hahn, Rainer ; Koutná, Nikola ; Todt, Juraj ; Meindlhumer, Michael ; Davydok, Anton ; Riedl, Helmut ; Keckes, Jozef ; Mayrhofer, Paul Heinz Combined X-ray microdiffraction and micromechanical testing for direct measurement of thin film elastic constantsArticle Artikel Apr-2025
5Huang-2025-Acta Materialia-vor.pdf.jpgHuang, Yong ; Chen, Zhuo ; Meindlhumer, Michael ; Hahn, Rainer ; Holec, David ; Leiner, Thomas ; Maier-Kiener, Verena ; Zheng, Yonghui ; Zhang, Zequn ; Hatzenbichler, Lukas ; Riedl, Helmut ; Mitterer, Christian ; Zhang, Zaoli Harvesting superior intrinsic plasticity in nitride ceramics with negative stacking fault energyArticle Artikel 1-Mar-2025
6Podsednik-2025-Microchemical Journal-vor.pdf.jpgPodsednik, Maximilian ; Weiss, Maximilian ; Frank, Johannes ; Peck, Erwin ; Larisegger, Silvia ; Riedl, Helmut ; Mayrhofer, Paul Heinz ; Limbeck, Andreas Improved sampling strategy for high-performance materials: The introduction of the stethoscope cell for online-LASIL experimentsArticle Artikel Mar-2025
7Moll, Philipp ; Pfusterschmied, Georg ; Schmid, Barbara ; Schwarz, Sabine ; Artner, Werner ; Schmid, Ulrich Ultra-low CTE-mismatch of 3C-SiC-on-Si thin films for high temperature MEMS applicationsArticle Artikel 1-Feb-2025
8Hirle, Anna Viktoria ; Philipp Dörflinger ; Fuger, Christoph ; Gutschka, Christian ; Wojcik, Tomasz ; Podsednik, Maximilian ; Limbeck, Andreas ; Kolozsvári, Szilard ; Polcik, Peter ; Jerg, Carmen ; Riedl, Helmut ; Hahn, Rainer Mechanical properties of DCMS and HiPIMS deposited Ti1-xMoxB2±z coatingsArticle Artikel 1-Feb-2025
9Hu-2025-Materials  Design-vor.pdf.jpgHu, Chun ; Mráz, Stanislav ; Pöllmann, Peter ; Wojcik, Tomasz ; Podsednik, M. ; Hajas, Balint ; Limbeck, Andreas ; Koutná, Nikola ; Schneider, Jochen M. ; Mayrhofer, Paul Heinz Microstructure, mechanical properties, thermal decomposition and oxidation sequences of crystalline AlB₂ thin filmsArticle Artikel Feb-2025
10Matas-2025-Surface and Coatings Technology-vor.pdf.jpgMatas, Martin ; Mayrhofer, Paul H. ; Holec, David Magnetic moments in CrN-based systems are robust: An ab initio study of alloys and superlatticesArticle Artikel 15-Jan-2025
11Kirnbauer-2025-Surface and Coatings Technology-vor.pdf.jpgKirnbauer, Alexander ; Hajas, Balint ; Kolozsvári, Szilard ; Mayrhofer, Paul Heinz Comparative study of reactively and non-reactively sputtered high-entropy metal sublattice carbidesArticle Artikel 15-Jan-2025
12Zhuo, Chen ; Huang, Yong ; Gao, Zecui ; Zheng, Yonghui ; Mayrhofer, Paul Heinz ; Zhang, Zaoli Direct observation of Schottky-vacancy clusters and their mechanical response in MoN/TiN superlatticeArticle Artikel 15-Jan-2025
13Rojacz, Harald ; Pichelbauer, K. ; Varga, M. ; Kirnbauer, Alexander ; Mayrhofer, Paul Heinz Wear performance of boron and carbon alloyed iron aluminide laser claddingsArticle Artikel 15-Jan-2025
14Rojacz, Harald ; Varga, M. ; Mayrhofer, Paul Heinz High-temperature abrasive wear behaviour of strengthened iron-aluminide laser claddingsArticle Artikel 15-Jan-2025
15Janknecht-2025-Acta Materialia-vor.pdf.jpgJanknecht, Rebecca ; Koutná, Nikola ; Weiss, Katharina ; Ntemou, Eleni ; Kolozsvári, Szilard ; Mayrhofer, Paul Heinz ; Hahn, Rainer Strategic lattice manipulation in transition metal nitrides for improved solubilityArticle Artikel 15-Jan-2025
16Kretschmer-2025-Journal of Alloys and Compounds-vor.pdf.jpgKretschmer, Andreas ; Mayrhofer, Paul Heinz High-temperature oxidation resistance of sputtered (Al,Cr,Nb,Ta,Ti,Si)N coatingsArticle Artikel 5-Jan-2025
17Schmid-2024-Materials  Design-vor.pdf.jpgSchmid, Barbara ; Thomas Schöngruber ; Wojcik, Tomasz ; Hajas, Balint ; Ntemou, Eleni ; Primetzhofer, Daniel ; Fickl, Bernhard ; Bermanschläger, Sarah Christine ; Kolozsvári, Szilard ; Koutná, Nikola ; Mayrhofer, Paul Heinz Design of transition metal carbide/nitride superlattices with bilayer period-dependent mechanical and thermal propertiesArticle Artikel Dec-2024
18Mayrhofer-2024-Progress in Materials Science-vor.pdf.jpgMayrhofer, Paul Heinz ; Clemens, Helmut ; Fischer, Franz D. Materials science-based guidelines to develop robust hard thin film materialsArticle Artikel Dec-2024
19Zhang, Jie ; Hu, Chun ; Liu, Zhe R. ; Du, Jian W. ; Chen, Li ; Wang, She Q. ; Kong, Yi ; Mayrhofer, Paul H. Effect of asymmetric interfaces on the spinodal decomposition of (Ti,Al)N/ZrN multilayers: First-principles and experimental investigationsArticle Artikel 25-Oct-2024
20Gao-2024-Acta Materialia-vor.pdf.jpgGao, Zecui ; Buchinger, Julian ; Hahn, Rainer ; Chen, Z.S. ; Zhang, Z.L. ; Koutná, N. ; Mayrhofer, Paul Heinz Bilayer period and ratio dependent structure and mechanical properties of TiN/MoN superlatticesArticle Artikel 15-Oct-2024