In this paper, a single-loop multi-objective formulation for reliability-based design
optimization is proposed in which the reliability analysis is approximated using Karush …

This research paper presents a new Latin hypercube sampling method, aimed at enhancing
its performance in quantifying uncertainty and reducing computation time. The new Latin …

The main structural parameters that affect vehicle bifurcation characteristics and the safe
basin are obtained, with the goal of improving the stability. First, the distribution of the system …

The purpose of this paper is to design aircraft wing using reliability-based design
optimization concerned to fuzzy uncertainty variables. A possibilistic safety index-based …

In this paper, the parameter optimization and error analysis of the rack and pinion steering
mechanism are carried out on the basis of considering the influence of kingpin parameters …

The multi-objective reliability-based design optimization (MORBDO) of an aircraft structure
employing a non-probabilistic model, at present, still has a high level of analysis complexity …

This paper presents a multi-objective optimization approach for a fractional-order control
system for electricmagnetic suspension (EMS) type magnetic levitation (maglev) models …

Reliability-based partial topology optimization (RBPTO) is a new approach for aircraft
structural design; however, it brings computational complexity and makes aeroelasticity …

Multi-objective reliability-based design optimization (MORBDO) is an efficient tool for
generating reliable Pareto-optimal (PO) solutions. However, generating such PO solutions …

Highlights•Interval robust optimization of structural dynamic characteristics is
investigated.•Different working conditions are considered in the robust optimization …