Monografie
Ab initio based study of precipitate formation in advanced structural Al-based alloys
- Language
-
Englisch
- Identifier
-
1204258430
Subject
Alloys; Legierung; Ab-initio-Rechnung; Thermodynamische Stabilität; Thermodynamik; Aluminiumlegierung
Contributor
- URN
- Rights
-
Der Zugriff auf das Objekt ist unbeschränkt möglich.
- Last update
-
26.01.2023, 1:53 PM CET
Object type
- Monografie
Associated
- Gupta, Ankit
- Eggeler, Gunther
- Neugebauer, Jörg
- Fakultät für Maschinenbau
Other Objects (12)
\(\textit Ab initio}\) based study of the thermodynamics of complex intermetallics
Ab initio phase stabilities of Ce-based hard magnetic materials
Mikrostrukturelle Untersuchungen zur Phasenstabilität und zum Oxidationsverhalten im System Ti-Ta
Development of Fe-Pd-based ferromagnetic shape memory alloys by using combinatorial materials science
Prediction of the critical thickness of a metastable precipitate MoCx in bcc Mo : an ab-initio study
Application of combinatorial materials science methods to model alloys for the understanding of phase stabilities, oxidation behavior and atomic mobility in Ni- and Co-base superalloys
Investigations on the mechanism of ductilization of Mg alloys with Ca, Al and Zn
Development of a computational framework to determine the chemical and thermodynamic stability of electrode materials in an electrochemical environment
Ab initio study of strongly anharmonic and dynamically unstable systems
Ab-initio study on the correlation between phase stabilities and interstitial solubilities in chemically complex carbides
Temperature sensitive crystal plasticity modelling of γ-TiAl based alloys
Development of AlCrFeNiTi compositionally complex alloys for high temperature structural applications
\(\textit Ab initio}\) based study of the thermodynamics of complex intermetallics
Ab initio phase stabilities of Ce-based hard magnetic materials
Mikrostrukturelle Untersuchungen zur Phasenstabilität und zum Oxidationsverhalten im System Ti-Ta
Development of Fe-Pd-based ferromagnetic shape memory alloys by using combinatorial materials science
Prediction of the critical thickness of a metastable precipitate MoCx in bcc Mo : an ab-initio study
Application of combinatorial materials science methods to model alloys for the understanding of phase stabilities, oxidation behavior and atomic mobility in Ni- and Co-base superalloys
Investigations on the mechanism of ductilization of Mg alloys with Ca, Al and Zn
Development of a computational framework to determine the chemical and thermodynamic stability of electrode materials in an electrochemical environment
Ab initio study of strongly anharmonic and dynamically unstable systems
Ab-initio study on the correlation between phase stabilities and interstitial solubilities in chemically complex carbides
Temperature sensitive crystal plasticity modelling of γ-TiAl based alloys
Development of AlCrFeNiTi compositionally complex alloys for high temperature structural applications
\(\textit Ab initio}\) based study of the thermodynamics of complex intermetallics
Ab initio phase stabilities of Ce-based hard magnetic materials
Mikrostrukturelle Untersuchungen zur Phasenstabilität und zum Oxidationsverhalten im System Ti-Ta
Development of Fe-Pd-based ferromagnetic shape memory alloys by using combinatorial materials science
Prediction of the critical thickness of a metastable precipitate MoCx in bcc Mo : an ab-initio study
Application of combinatorial materials science methods to model alloys for the understanding of phase stabilities, oxidation behavior and atomic mobility in Ni- and Co-base superalloys
Investigations on the mechanism of ductilization of Mg alloys with Ca, Al and Zn
Development of a computational framework to determine the chemical and thermodynamic stability of electrode materials in an electrochemical environment
Ab initio study of strongly anharmonic and dynamically unstable systems
Ab-initio study on the correlation between phase stabilities and interstitial solubilities in chemically complex carbides
Temperature sensitive crystal plasticity modelling of γ-TiAl based alloys