Aeronautics & Space

Vitrimers Bridging the Gap between Thermoplastics and Thermosets

Systematic development of lightweight bio-based composites with excellent heat resistance for structural applications.

HARVEST is an ambitious project, aiming at providing the aerospace sector with a safer, more economic and environmentally friendly structural material.

Based on Thermosetting Matrices

Increasing the velocity of the induction welding process

Thermoplastische Low-Cost Flugzeug-Profile

SMC semi-finished materials for structural high-temperature applications based on recycled carbon fibers

Introduction of a new methodology that enables the production of closed FRP box structures efficiently and enables new possibilities of construction

Concepts of Next Generation of Moveables

Introduction of a new methodology that enables the production of closed FRP box structures efficiently and enables new possibilities of construction

Thermoplastic Integral Frames in One Shot Process

Development of a highly automated manufacturing process for CFRP-structural parts, such as aircraft frames, with thermoplastic-matrix

In addition to the recycling of valuable materials after an aircraft has been in use, the reprocessing of production waste in the manufacture of components can also make a contribution to protecting the environment and reducing costs.

Relevant characteristic values for determining the potential of additive manufacturing methods for

propulsion technology components

Smart Processes and Optimized Designs for High Production Cadences

Development of a new integral foam construction with thermoplastic cover layer for cabin components using the sidewall as an example

Novel Thermoplastic Aerospace Struts

Life time enhancement of thermoplastic FRP-metal-hybrids by reducing process induced residual stresses

Integral Thermoplastic Design Concepts and Processes

Active hybrid structures enable a novel situation-dependent adaptation of aircraft aerodynamics, which increases efficiency and reduces noise pollution.