Matheus Henrique Padilha
Enabling fuel system component placement on the basis of geometric and certification requirements within a semantic knowledge-based engineering framework.
Rel. Marco Fioriti, Carlos Cabaleiro De La Hoz. Politecnico di Torino, Master of science program in Aerospace Engineering, 2023
|
Preview |
PDF (Tesi_di_laurea)
- Thesis
Licence: Creative Commons Attribution Non-commercial No Derivatives. Download (20MB) | Preview |
Abstract
The aerospace industry is in a constant state of evolution, encountering fresh challenges amid technological advancements and shifting economic landscapes. To maintain a competitive edge, aerospace companies must continually foster innovation and adaptability. In response to a more competitive market and heightened customer expectations, the aerospace sector is directing its investments toward pioneering technologies capable of curbing project development costs. The early phases of aircraft development hold paramount significance, exerting great influence on overall project outcomes, and thus stand to gain immensely from novel processes and design methodologies. The accurate and comprehensive definition of aircraft geometry constitutes a critical requirement for a multitude of analyses, profoundly impacting the final aircraft design.
Unfortunately, these detailed descriptions are often elusive during the initial project stages
Relators
Academic year
Publication type
Number of Pages
Course of studies
Classe di laurea
Aziende collaboratrici
URI
![]() |
Modify record (reserved for operators) |
