Career
10.2009 - 04.2015: studies of civil engineering, specialisation in engineering structures, Karlsruhe Institute of Technology
11.2010 - 02.2012: tutor for statics of rigid bodies, strength of materials and dynamics, Institute of Mechanics
09.2012 - 07.2013: student assistant, Institute of Steel and Lightweight Structures
08.2013 - 06.2015: student employee at engineering company Peil, Ummenhofer
07.2015 - 03.2020: PhD student, Institute of Reinforced Concrete and Building Materials, Karlsruhe Institute of Technology
Research focus
Determination of damage evolution eith regard to corrosion, fatigue, stress corrosion cracking and damage interactions
Assessment of load-bearing capacity of bridge constructions due to damages
Prediction of service life of bridge constructions
Detection of damages by use of monitoring
Lecture
basics of prestressed concrete: summer semester 2016, 2017, 2018
solid construction bridges: winter semester 2015/16, 2016/17, 2017/18, 2018/19
supervised theses
Bachelor
- Probabilistic service life design of carbonation and chloride penetration for reinforced concrete bridges
- Probabilistic service life design for the damage phase of steel corrosion of reinforced concrete bridges
- Probabilistic service life assessment of massive bridge structures susceptible to stress corrosion cracking
- Measuring the service life of concrete bridges for operation loads
- Design of an integral railway bridge
Master
- Determination of steel removal as a result of reinforcement corrosion and the preparation of a finite-element-model for the
modeling of removal rates
- A numerical investigation into the influence of corroded tendons on the load-bearing behaviour of prestressed concrete bridges
- Numerical simulation of service life of prestressed concrete bridges under the influence of corrosion
- Numerical investigation of the influence of fatigue-related material degradation on the lifespan of prestressed concrete bridges
- Life span estimation of prestressed concrete bridges under consideration of fatigue failure in the tendon
- A numerical investigation into the influence of corrosion-related damage of tendons on the load-bearing behaviour of
prestressed concrete bridges
- Numerical analysis of the corrosion fatigue behavior of prestressed bridge structures and deduction of the service life
- Numerical investigation of the preannouncement behaviour of post-tensioned concrete bridges under tendon failure