Developing Future Aircraft Systems for Sustainable Aviation
Key Ideas
  • Optimizing existing aircraft systems is insufficient for sustainable aviation, requiring the implementation of new technologies for safety-critical applications.
  • Research institute focuses on developing and assessing system architectures for future climate-neutral aircraft, applying established aviation standards and digital design methods.
  • Investigations include novel hydrogen propulsion systems, dynamic fluid state modeling for flight behavior analysis, and landing gear interaction simulations for enhanced performance.
  • Preliminary design phase involves allocating components within the aircraft with expected reliability values, integrating aspects of safety and rapid evaluation using digital tools.
The safe operation of aircraft depends on the interaction of various systems, but for sustainable aviation, new technologies are needed. A research institute is focusing on optimizing existing systems and introducing innovative ones for future aircraft. This includes novel hydrogen propulsion systems, dynamic fluid state modeling for flight behavior analysis and landing gear simulations. The institute applies established aviation standards and digital design methods to enhance efficiency. Preliminary design involves allocating components with expected reliability values using digital tools for system architecture evaluation.
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