CORDIS Project
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This project develops innovative methods for designing aerospace structures that can withstand various uncertainties and loads. It introduces a framework for integrated load-structure design, focusing on enhancing reliability and safety in engineering applications.
This project will develop novel uncertainty-oriented regularization methods for inverse multi-task envelope designs of aerospace structures in the presence of uncertainty and subjected to multi-type loadings to meet strict space environment.
An intelligent inverse design concept of a non-probabilistic regularization-based mathematical and computational (RBMC) framework will be proposed and developed for integrated load-structure design (ILSD).
This framework can be defined as:
Structural Uncerta…
UNIVERSITY OF SOUTHAMPTON
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