Abstract Design optimization of structural and multidisciplinary systems under uncertainty
has been an active area of research due to its evident advantages over deterministic design …

View Video Presentation: https://doi. org/10.2514/6.2021-2726. vid In 2014, the CFD Vision
2030 Report proposed a desired status for aerospace CFD by 2030 that included several …

The study proposed a hybrid adaptive Kriging-based single loop approach (HAK-SLA) to
prevent the conventional single loop approach (SLA) from being less efficient, converging to …

A tradeoff between cost and safety is essential in the reliability-based design of offshore
support structures operating in uncertain harsh environments. This study proposes a …

It is computationally expensive to predict reliability using physical models at the design
stage if many random input variables exist. This work introduces a dimension reduction …

Time-dependent reliability-based design optimization is an effective tool to guarantee a high
reliability of the product during the full life cycle. However, the necessarily repeated …

Abstract Design optimization considering the presence of uncertainties in parameters poses
an extremely challenging problem. The source of difficulties comes with reliability-based …

Reliability-based design approaches via scenario optimization are driven by data thereby
eliminating the need for creating a probabilistic model of the uncertain parameters. A …

Main shaft bearings are essential transmission components in wind turbines. The failure of
the main shaft bearings is inevitably accompanied by catastrophic consequences. In this …

Composite variable-stiffness (VS) panels with curvilinear fiber paths are very promising for
aerospace structures. Due to the inherent complexity of VS laminates, buckling analysis and …