The dynamic behavior of a mechanical system is affected by the properties of the bearing
under actual operating conditions. For that, rolling bearing design must provide a variety of …

This article presents a new data-driven reliability analysis framework through combining the
sample convolution and interaction network (SCINet) with Bayesian probability recursion to …

This paper deals with the problem of the uncertainties interaction in the design parameters
of a two-stage gearbox of a wind turbine. The purpose of the dynamic study is to minimize …

To ensure the quality, safety, and long-term durability of fiber-reinforced composite
components, it is necessary to explore approaches for monitoring and detecting defects or …

Preform design refers to the intermediate geometric design between the initial tube blank
and the desired product. A proper preform design can improve the formability of the tubular …

Subsea connectors, recognized as the connecting and sealing devices in subsea production
systems, have their sealing performance significantly influenced by the random variations of …

Abstract This paper evaluates Enhanced Vibrating Particle System (EVPS) and Grey Wolf
Optimizer (GWO) algorithms for Reliability-based Design Optimization (RBDO) of steel …

The traditional robust multi-objective optimization (RMO) is computationally expensive,
making it difficult to apply in engineering. To this end, a selecting RMO (SRMO) framework …

Vehicle hydraulic braking systems are widely used, structurally complex. Reliability
allocation during the design phase is crucial, yet there is a relatively limited body of research …

Abstract Active learning Kriging-based Inverse reliability analyses (AK-IRs) is proposed to
addresses nonlinear and low-probability failure issues in inverse reliability analysis (IRA) …