Digital Twins for Aerospace

This book presents a curated collection of works addressing topics on aerodynamic and structural design of aerospace systems, with a particular emphasis on technologies that enhance the design process. A set of case studies illustrate how Digital Twins are used in supporting analyses and design of complex systems. Works developed within research environments, academia and industries contributes to provide an overview on the status of Digital Twins technology for aerospace applications. Examples in which the adoption of Reduced Order Models (ROM) support the generation of models that provide real time feedback on performance are provided. Aspects related to the accuracy of numerical models, and the efficiency of optimisation techniques, are also covered.

Gathers the work of researchers and engineers from several academic, industry and research institutions Intended for researchers and practitioners in the fields of aerospace engineering, aeronautics and computational physics Presents cutting-edge aerospace applications of Digital Twins

Inhalt

From the drawing board to the Digital Twin: the last 40 years of aerospace engineering.- Structural Optimization of a Wing for Wind Tunnel Testing Through Mesh Morphing.- A mixed intrusive and non-intrusive approximation technique for efficient robust aerodynamic shape design.- Induced Drag and Vorticity in Viscous and Inviscid Flows.- An interactive design tool for NACA intakes based on high fidelity CFD simulations and Reduced Order Models.- The role of high-fidelity Computer-Aided Engineering (CAE) multi-physics design within the research institutes of the National Institute for Astrophysics (INAF).