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My research focuses on ICME. Main topics are: - Damage & corrosion (predictive) modelling, Mg battery, Degradation - Metallurgy, processing and alloy development - Application of AI/ML for processing and in-service data - Electrochemistry - Characterisation techniques and data (XPS, XRD, SiMS) Lectures: Introduction into Materials Modelling, Modelling Advanced Processing Technologies, System Modeling, Materials Science 1&2, Physics 1 (Mechanics & Thermodynamics)
HyJ-Five aims are: • Development of a method of explicit modeling of corrosion damage in hybrid couplings (steel and aluminum) and analysis of local stress and strain concentrations using FEM. • Improvement of approaches for assessment of reliability of hybrid steel joints which will take into account composition and deformation of the different materials, the corrosion propagation and the changes of respective operating conditions in C5 environment.
The i-LUM project bundles a multitude of competences to consider and develop UAM scenarios using the example of the Hamburg metropolitan region. The scenarios are examined in terms of time, costs, noise, energy consumption, acceptance and integration capability, among other things. Societal interactions, legal frameworks, demand modeling, concept development, ground-based infrastructure, airspace organization and operation, and overall system modeling are taken into account and combined in simulations. https://i-lum.de/