The aim is to develop a superordinate modeling method by means of which the numerical simulation can be approximated.
This thesis aims to investigate and optimise microwave field distributions in PECVD reactors through numerical simulation.
The goal of this thesis is to model and simulate a low-pressure plasma.
The aim of the work is the development and experimental investigation of a plasma source for PECVD applications. To this end, suitable design and operating parameters are to be identified, the plasma properties analyzed and the possible applications of the plasma source for coating processes evaluated.
The aim of the work is the successful commissioning of a novel PEALD reactor and the development and evaluation of initial coating processes. Suitable process windows are to be identified, the reproducibility of the coating deposition investigated and the coatings produced characterized with regard to their essential properties.
The aim of the work is to develop a pvT measuring cell that generates constant high cooling rates in the plastic.
The aim of your work is to increase the process efficiency of the rubber mixing process by developing suitable key figures.
The aim of the work is the simulative investigation of factors influencing the flow front speed in cascade injection molding.
Think big when it comes to electrolysers: develop component and manufacturing ideas that reduce costs, ensure quality and finally make scaling up possible.
The aim of your work is to develop a physically-informed surrogate model for predicting the time-dependent behavior of fiber-reinforced plastics.
