Julian Dietzsch

Research topic: Energy-momentum consistent mixed finite element formulations for thermo-viscoelastic fiber reinforced continua. - Conception, implementation, and runtime optimization of an in-house finite element code - Integration and testing of various numerical libraries as well as pre- and post-processors - Management of the software within the chair/professorship - Presentation of research results at national and international conferences - Supervision of student assistants and final theses

Development and implementation of a postprocessor for a In-House program for the calculation of aircraft structures (Python)

Specialization: Applied mechanics and numerical mathematics Thesis: Implementation of mixed finite element formulations for polyconvex distortion energy functions of elastic continua (Matlab)

Specialization: Applied Mechanics Thesis: Time integration of the motion of a physical double pendulum considering damping (Matlab)