Reduced Complexity: The Essence of a Complex Journey Involving Language, Mathematics, and Emotions
The development of Reduced-Order Models has provided significant insights into our engineering and mathematical nomenclature and terminology (language). The path towards obtaining reduced complexity is not linear nor is it simple, usually involving just the right blending of various concepts and technologies (mathematics). As with any challenging development, one must also be prepared to address challenges involving prior art, dedication, and resistance to change (emotions). This presentation seeks to distill the essence of this process to enable continued growth and development in our beloved fields of engineering.
Aeroelastic certification with EASA: Methods, challenges and lessons learnt
This presentation provides an overview of EASA ( EU Aviation Safety Agency ) and its functions, the design approval process, and the regulatory framework addressing aeroelastic stability. Typical means of compliance are explained, along with key topics relevant to General Aviation, including observed in-service issues, important aspects of ground vibration testing (GVT), aeroelastic analysis, and flight testing. Considerations for aircraft modifications and examples of good aeroelastic design practices are also discussed
Elena García Sánchez
EASA - European Union Aviation Safety Agency
