Doctoral Theses
- Miriam CHILLEMI
Inerter-based control of structural vibrations (working title)
in progress - Paul KÖNIG
Dynamic vehicle-bridge-soil interaction (working title)
in progress - Dominik LADURNER
Moderately large bending vibrations of multi-layer beams and slabs with interlayer slip (working title)
in progress - Michael KAWRZA
Numerical simulation of cross laminated timber considering natural inhomogeneities (working title)
in progress - Konstantinos TSALOUCHIDIS
Earthquake risk assessment and mitigation techniques (working title)
in progress - Nadia GREMER, 2021
A contribution to the assessment of the vertical seismic acceleration demand of regular steel frame structures
(-> abstract) - Benjamin HIRZINGER, 2020
Contributions to modeling and reliability assessment strategies in railway bridge dynamics
(-> abstract) - Ivan PAULMICHL, 2019
Numerical modeling approaches to the oscillation roller-subsoil interaction problem
(-> abstract) - Maximilian SCHMITTER, 2018
Numerical and (semi)-analytical modeling of deep vibratory compaction (in German)
(-> abstract) - Lukas MOSCHEN, 2016
Contributions to the probabilistic seismic assessment of acceleration demands in buildings
(-> abstract) - David KAMPENHUBER, 2016
Simplified collapse fragility assessment utilizing a geometric mean spectral acceleration based intensity measure for PDelta vulnerable, cyclic deteriorating frame structures
(-> abstract) - Patrick SALCHER, 2015
Reliability assessment of railway bridges designed for high-speed traffic: Modeling strategies and stochastic simulation
(-> abstract) - Styliani TSANTAKI, 2014
A contribution to the assessment of the seismic collapse capacity of basic structures vulnerable to the destabilizing effect of gravity loads
(-> abstract) - Alexander TRIBUTSCH, 2014
Structural health monitoring of civil structures based on vibration energy considerations
(-> abstract) - Franz-Josef FALKNER, 2014
Numerical simulation of the structural and stability behavior of shells (in German)
(-> abstract) - Clemens JÄGER, 2012
The collapse capacity spectrum methodology - a method for quick collapse capacity assessment of stability prone frame structures subjected to earthquake excitation (in German)
(-> abstract) - Günther ACHS, 2011
Seismic hazard of historic residential buildings. Evaluation, classification and experimental investigations (in German)
(-> abstract) - Thomas FURTMÜLLER, 2010
Numerical and experimental investigations on historic brick masonry concerning its behaviour in case of earthquakes (in German)
(-> abstract)