Development, Design, and Testing of a Forming Die to Demonstrate the Hot Forming of Partially Cross-Linked Epoxy Resins
Development of a Reproducible Manufacturing Process for Partially Cross-Linked FRP Test Specimens Using the RTM Process
The goal of this thesis is the design and commissioning of a research extrusion die.
The aim of the work is the commissioning of a force measuring system at the height of the spreading section to improve the process speed and tape quality.
In this work you will carry out investigations on PUR component tests with different structured mold inserts and evaluate the demolding.
The aim of this study is to investigate the comparability of the viscosities determined using two different types of rheometers.
The objective of this study is to experimentally investigate the aging behavior of various layers in multilayer plastic film systems.
The aim of this work is to experimentally investigate the orientations in various stretched films, to compare different methods, and to explore possible mathematical relationships between the resulting dichroic ratio and wavelength.
The goal of this thesis is to further develop an experimental setup for sorption measurements in order to validate, based on the measured data, a simulation model that describes the permeation behavior of ultrathin plasma-deposited films.
As part of your thesis, you will develop a technology that enables in-line quality assessment of continuously coated plastic film rolls.
