Student projects
Investigation of the fatigue behaviour of notched specimens in the VHCF range using the StressLife fatigue life prediction method Type of call:
Announcement of a practical study phase (15 ECTS) at WWHK
Announcement of a practical study phase + bachelor thesis/ master thesis 30 ECTS R&D module at WWHK
Announcement
WWHK Materials Science & Materials Testing Investigation of the fatigue behaviour of notched specimens in the VHCF range using the StressLife fatigue life prediction method The design of dynamically loaded metallic materials and components is based on the relationship between the stress amplitude and the number of cycles to failure, which is repre
WWHK Materials Science & Materials Testing Development and implementation of a filament cooling module for processing Copperfill filament The aim of the project is to design an extension to an existing FDM printing system to enable the process-stable processing of Copperfill filament. The copper particles contained in the filament place specific d
WWHK Materials Science & Materials Testing Development and investigation of a multi-material FDM printing process for the manufacture of integrated seals The additive manufacturing process using FDM printing systems enables the production of complex component geometries, as well as the combination of different materials within a single component.
WWHK Materials Science & Materials Testing Ion beam polishing for sample preparation and scanning electron microscopy characterisation of copper A notable characteristic of metals is the change in properties within their microstructure brought about by mechanical processing or heat treatment. Crucial to this is the composition of the microstructur
WWHK Materials Science & Materials Testing Development and construction of a measurement system for recording magnetic hysteresis loops Magnetic hysteresis describes the behaviour of a ferromagnetic material during magnetisation and demagnetisation by an external magnetic field. The hysteresis loop can be used to determine characteristic material
WWHK Materials Science & Materials Testing Investigation of the influence of temperature on the fatigue behaviour of C45E steel Temperature can have a significant influence on the cyclic deformation and fatigue behaviour of metallic materials. In unalloyed and low-alloy steels in particular, temperature-dependent interactions between dissolved ato
