Name Card

Full name Familienname, Vorname
TRÖSTER, Andreas
 
Main Affiliation Organisations­zuordnung
 

Own Publications Eigene Publikationen

Results 1-20 of 54 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Belbase, Kamal ; Tröster, Andreas ; Blaha, Peter Stress tensor in the linearized augmented plane wave methodArtikel Article 2021
2Ehsan, Sohaib ; Arrigoni, Marco ; Madsen, Georg Kent Hellerup ; Blaha, Peter ; Tröster, Andreas First-principles self-consistent phonon approach to the study of the vibrational propertiesand structural phase transition of BaTiO₃Artikel Article 2021
3Tröster, Andreas ; Schranz, Wilfried ; Ehsan, Sohaib ; Belbase, Kamal ; Blaha, Peter Symmetry-Adapted Finite Strain Landau Theory Applied to KMnF₃Artikel Article 2020
4Belbase, Kamal ; Tröster, Andreas ; Blaha, Peter Implementation of stress tensor in LAPW method with emphasis on WIEN2kPräsentation Presentation2019
5Tröster, Andreas ; Moritz, Clemens ; Dellago, C Interplay of fast and slow degrees of freedom in the disk to slab transitionPräsentation Presentation2018
6Tröster, Andreas Introduction to the Stress Tensor with DFTPräsentation Presentation2018
7Ehsan, Sohaib ; Tröster, Andreas ; Tran, Fabien ; Blaha, Peter DFT study of the electronic properties and the cubic to tetragonal phase transition in RbCaF₃Artikel Article 2018
8Ehsan, Sohaib ; Tröster, Andreas ; Blaha, Peter Calculation of cubic and tetragonal phases of RbCaF₃: A DFT study.Präsentation Presentation2017
9Soprunyuk, V ; Schranz, W ; Tröster, Andreas ; Vives, E ; Salje, Edgar Strain drop measurements of porous silica, charcoal and shale for probing crackling noisePräsentation Presentation2017
10Tröster, Andreas Landau theory meets DFTPräsentation Presentation2017
11Tröster, Andreas ; Belbase, Kamal ; Blaha, Peter Implementation of Stress Tensor in the LAPW MethodPräsentation Presentation2017
12Tröster, Andreas DFT meets Landau: A finite strain Landau theory of high pressure phase transitionsPräsentation Presentation2017
13Tröster, Andreas DFT meets Landau Theory: The High Pressure Phase Transition of Lead TitanatePräsentation Presentation2017
14Tröster, Andreas Interplay of fast and slow degrees of freedom in the disk-to-slab transition, lecture at the Mainz Materials Simulation DaysPräsentation Presentation2017
15Soprunyuk, V ; Puchberger, S ; Tröster, A ; Vives, E ; Salje, E K H ; Schranz, W Strain intermittency due to avalanches in ferroelastic and porous materialsArtikel Article 2017
16Puchberger, S. ; Soprunyuk, V. ; Schranz, W. ; Tröster, A. ; Roleder, K. ; Majchrowski, A. ; Carpenter, M. A. ; Salje, E.K.H. The noise of many needles: Jerky domain wall propagation in PbZrO₃ and LaAlO₃Artikel Article 2017
17Tröster, A. ; Ehsan, S. ; Belbase, K. ; Blaha, P. ; Kreisel, J. ; Schranz, W. Finite-strain Landau theory applied to the high-pressure phase transition of lead titanateArtikel Article 2017
18Moritz, Clemens ; Tröster, Andreas ; Dellago, C Interplay of fast and slow dynamics in rare transition pathways: The disk- to-slab transition in the 2d Ising modelArtikel Article 2017
19Tröster, Andreas Finite strain Landau theory applied to the high pressure phase transition of lead titanatePräsentation Presentation2016
20Tröster, Andreas The ferroelectric transition in lead titanate: high pressure physics at zero pressure?Präsentation Presentation2016