Robust optimisations have become very popular. The aim of this new type of optimisation is to consider the sensitivity of the output results to small variations in the operating conditions or in the manufacturing constraints. in this thesis, the main objective has been to extend the robust design optimisation for S-ducts with more uncertainties input and output. For the uncertainties quantification two different non-intrusive Polynomial Chaos techniques have been chosen: NIPC and NISP.

Robust Design Optimisation of S-Ducts under Uncertainties

Scaramuzzi, Andrea
2020/2021

Abstract

Robust optimisations have become very popular. The aim of this new type of optimisation is to consider the sensitivity of the output results to small variations in the operating conditions or in the manufacturing constraints. in this thesis, the main objective has been to extend the robust design optimisation for S-ducts with more uncertainties input and output. For the uncertainties quantification two different non-intrusive Polynomial Chaos techniques have been chosen: NIPC and NISP.
2020-04-28
robust optimisation
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/21115