The objective of this work is the experimental commissioning and characterization of a piezoelectric-based plasma source for PECVD deposition. The aim is to investigate how process parameters (e.g., gas flow, electrical control of the piezoelectric element, gas mixture) affect the plasma parameters and the resulting coating quality.
The aim of your work will be to further develop an existing long-term test bench.
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.
Generate new knowledge to close material cycles: How do recyclate-like PP/PE mixtures behave during injection molding?
The aim of your work is to investigate the effect of environmental influences on thermoplastic materials and to demonstrate the aging behavior of the materials.
The aim of the work is to analyze the influence of the machine on the process behavior in injection molding.
The aim of your work is to investigate the fatigue behavior by determining critical material parameters for different plastics.
The aim is to investigate the behavior of plasma-coated and glass fiber-reinforced thermoplastic pipes during hot plate welding. To what extent do the different processes affect the weld seam quality and the condition of the plasma coating after the welding process?
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 develop a polyolefin compound with defined gels to evaluate different melt filtration systems.
