| FRIÁK, Martin, Yvonna JIRÁSKOVÁ, Ivana MIHÁLIKOVÁ, Anton SLÁVIK, Andrii TITOV, Naďa PIZŮROVÁ, Jana PAVLŮ, Ferdinand DOBEŠ, Petr DYMÁČEK, Monika VŠIANSKÁ, David HOLEC, Nikola KOUTNÁ, Sabina KOVAŘÍKOVÁ OWEIS, Vilma BURŠÍKOVÁ, Martin PALM, Joerg NEUGEBAUER, Dušan JANIKOVIČ a Mojmír ŠOB. Combined theoretical and experimental study of Fe-Al-based nanocomposites. In Ab initio Description of Iron and Steel (ADIS 2018): Thermodynamics, Kinetics and Defects. 2018. |
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@proceedings{1607636,
author = {Friák, Martin and Jirásková, Yvonna and Miháliková, Ivana and Slávik, Anton and Titov, Andrii and Pizůrová, Naďa and Pavlů, Jana and Dobeš, Ferdinand and Dymáček, Petr and Všianská, Monika and Holec, David and Koutná, Nikola and Kovaříková Oweis, Sabina and Buršíková, Vilma and Palm, Martin and Neugebauer, Joerg and Janikovič, Dušan and Šob, Mojmír},
booktitle = {Ab initio Description of Iron and Steel (ADIS 2018): Thermodynamics, Kinetics and Defects},
keywords = {TEM; EDX; ab initio; nanoDMA; materials design; Fe-Al based siperaloys with Ti and Co},
language = {eng},
title = {Combined theoretical and experimental study of Fe-Al-based nanocomposites},
year = {2018}
}
TY - CONF
ID - 1607636
AU - Friák, Martin - Jirásková, Yvonna - Miháliková, Ivana - Slávik, Anton - Titov, Andrii - Pizůrová, Naďa - Pavlů, Jana - Dobeš, Ferdinand - Dymáček, Petr - Všianská, Monika - Holec, David - Koutná, Nikola - Kovaříková Oweis, Sabina - Buršíková, Vilma - Palm, Martin - Neugebauer, Joerg - Janikovič, Dušan - Šob, Mojmír
PY - 2018
TI - Combined theoretical and experimental study of Fe-Al-based nanocomposites
KW - TEM
KW - EDX
KW - ab initio
KW - nanoDMA
KW - materials design
KW - Fe-Al based siperaloys with Ti and Co
N2 - Fe-Al-based ferritic superalloy nanocomposites containing sub-micron cuboids of intermetallic phases coherently embedded into a disordered Fe-Al solid solution are intensively studied as candidate materials for high-temperature applications. We focused on Fe-Al-based superalloys containing Ti and Co as ternary elements, as well as Fe-Al binary nanocomposites. The transmission electron microscopy (TEM) revealed a superalloy nano-structure in these materials and the energydispersive X-ray (EDX) technique detected the composition of individual phases. Subsequently, quantum-mechanical calculations were used to determine thermodynamic, elastic and magnetic properties of constituting phases. In particular, the predicted significant differences in the elastic response of different phases were confirmed also experimentally by room-temperature quasistatic nano-/microindentation and nano-scale dynamic mechanical analysis (nanoDMA). Regarding high-temperature macro-scale measurements, small-punch testing was performed and showed improved creep properties of the studied materials when compared with binary Fe-Al.
ER -
FRIÁK, Martin, Yvonna JIRÁSKOVÁ, Ivana MIHÁLIKOVÁ, Anton SLÁVIK, Andrii TITOV, Naďa PIZŮROVÁ, Jana PAVLŮ, Ferdinand DOBEŠ, Petr DYMÁČEK, Monika VŠIANSKÁ, David HOLEC, Nikola KOUTNÁ, Sabina KOVAŘÍKOVÁ OWEIS, Vilma BURŠÍKOVÁ, Martin PALM, Joerg NEUGEBAUER, Dušan JANIKOVIČ a Mojmír ŠOB. Combined theoretical and experimental study of Fe-Al-based nanocomposites. In \textit{Ab initio Description of Iron and Steel (ADIS 2018): Thermodynamics, Kinetics and Defects}. 2018.
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