The structural reliability analysis is typically based on a model that describes the response,
such as maximum deformation or stress, as a function of several random variables. In …

A major issue in the structural reliability analysis is to determine an accurate estimation
result of the failure probability ideally based on a small number of model evaluations. In this …

In this study, a general frame of the forward and inverse structural uncertainty propagations
(UPs) based on the dimension reduction (DR) method and the derivative lambda probability …

We review recent research activities on structural reliability analysis, reliability-based design
optimization (RBDO) and applications in complex engineering structural design. Several …

The paper presents a fairly efficient approximation for the computation of variance-based
sensitivity measures associated with a general, n-dimensional function of random variables …

随着整个工业生产与现代科技的发展, 机械产品性能日益提高, 机械系统和工作环境更加复杂,
产品的性能和可靠性问题也就越来越突出. 因此研究机械产品的可靠性问题, 就显得十分重要 …

This paper proposes a new uncertainty propagation method for problems with
parameterized probability-boxes (p-boxes), which could efficiently compute the probability …

Axial cyclone separator has been widely applied in chemical production as an efficient gas-
liquid separation device. In this study, a new axial cyclone separator with integrated swirler …

When calculating the seismic response of structures, conventional methods often neglect
uncertainty and suffer from excessive computation. Although robustness metrics have been …

Structural health monitoring (SHM) plays a crucial role in post-disaster mitigation in
investigating the serviceability of an existing structure. The physical properties, namely mass …