To improve the computing accuracy and efficiency of system reliability evaluation for
aeroengine cooling blades, by fusing the benefits of multivariate ensembles model (ME) into …

A new and efficient framework for analyzing the stochastic dynamic response and reliability
of the rock slope was constructed based on the generalized probability density evolution …

Recently, survival signature theory has been widely used in system reliability analysis.
However, there are few studies that address the extension of survival signature theory to …

Operating high-speed trains imposes excessive vibrations to bridges raising concerns about
their safety. In this context, it was shown that some conventional design methods such as …

With the ever-growing computational power of personal computers over the past few
decades, stochastic simulation of spatially varying three-dimensional (3D) quantities has …

This study develops a practical copula-based FORM in an original physical space for an
efficient slope reliability analysis involving correlated non-normal variables. First, the copula …

Low embankment strategy is one of the effective methods to control time-dependent
settlement of soft soils in infrastructure construction projects. Spatial variability of soil …

Characterizing multivariate ocean parameters is quite important for offshore engineering
reliability design and risk assessment. To fully understand ocean conditions, a robust and …

Long infrastructures, like flood defense levees, built upon diverse soils, often face complex
landslide failures. Risk assessments for such structures involve evaluating slope stability …

Offshore structures in arctic and subarctic regions are subjected to various natural hazards.
These structures need to be designed to withstand these natural hazards and to recover …