| Ongoing Projects |
| • COOPERATE – CO2-neutral, lifetime-optimised, short-fibre reinforced thermoplastics for dynamic applications |
| • Deepflow – Development and processability assessment of a new recycling Sheet Molding Compound material with numerical endorcement |
| • HANT – Highly innovative antenna technologies for new space applications |
| • HyDDEn – Hydrogen Demonstrator and Development Environment |
| • SensoTwin – Sensor-integrated Digital Twin for High-Performance FRP Applications |
| • SMILE – Sensory Motor Interface for Lower Extremity Exoskeletons |
| • SULUWHIR – Supported Lay-Up with High-Performance Resin |
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| Finished Projects |
| • 3DP-MAT – 3D Printed Materials for Aerospace Toolings |
| • COMBO3D – Composite Mould Tool Based on 3D Printing |
| • FogeLRaP – Development of a filling strategy optimization for a true to dimension lightweight RTM tool using process simulations |
| • GFK-CureWave – Development of a process for microwave curing of fiberglass composite components |
| • HySTHra – Hybrid SMC-TFP Rear Frame |
| • LEEToRB – Lightweight, Energy-Efficient Tooling for the Manufacturing of Rotor Blades |
| • MAI Design – Fiber- and Production-Ready Design and Dimensioning of Components from High Performance Composite Materials |
| • MAI Form – Improvement of the Predictive Power for Forming Processes of Composite Materials with Thermoviscous Properties in Large-Scale Production by means of Better Characterization, Simulation, and Validation Methods |
| • MAI Hiras + Handle – Development of a Continously and Dynamically Loaded Component of a Vehicle Structure from Thermoplastic Carbon Fiber Composite Material and Exemplary Realization of a Motorcycle Rear Wheel Rocker |
| • MAI Multiskelett – Multiaxially Loaded Integral Part Manufactured by Plastic Injection Molding with Load Path Optimized, Pultruded Endless Carbon Fiber Bundles in Skeleton Structure |
| • MAI TAI – Tools for Accelerated Industrialization |
| • ProTHiC – Process Simulation and Tool Compensation Methodology for High Temperature Composite Processes |
| • Rapidskelett – CFRP skeleton construction through additive manufacturing |
| • TransHybrid – Hybrid Joining Technologies for Lightweight Design in Transport Applications |
| • TRANSITION – Tool-Part-Interaction simulation process linked to laminate quality |
