The computational efficiency and accuracy of the time-dependent reliability-based robust
design optimization (TRBRDO) directly rely on the capability to handle the time-dependent …

Probabilistic and non-probabilistic methods have been proposed to deal with design
problems under uncertainties. Reliability-based design and robust design are probabilistic …

In engineering practice, the parameters of uncertain structures are often quantified as
random variables, but their distribution parameters are appropriately modeled as fuzzy …

The need to quantify the uncertainty associated with the main design features and properties
of composite laminates has been recognized by the scientific and industrial communities …

As for complex engineering structures, their single deterministic solutions need to be
calculated with the help of computation-intensive finite element software, and the …

In this study, reliability-based robust design optimization (RBRDO) for polymer
nanocomposites (PNCs) design is conducted to secure the reliability of design conditions …

In this work, optimization-under-uncertainty (OUU) is treated by simultaneously minimizing
the mean of the objective and its variance due to variability of design variables and/or …

Reliability‐based robust design optimization (RBRDO) is a crucial tool for life‐cycle quality
improvement. Gaussian process (GP) model is an effective alternative modeling technique …

Engineering systems are often subject to variations and uncertainties associated with
external factors, environmental changes, equipment inaccuracies, and other aspects. Our …

Near-field acoustic levitation is a physical phenomenon that occurs when a planar object is
placed in the proximity of a vibrating surface. Consequently, a thin layer of ambient gas …