In the recent decade, the reliability analysis of a stochastic system coupled with the
uncertainty related to the system's parameter has attracted much attention. Probability …

The joint probabilistic modeling of extreme wind and wave conditions under typhoon impact
is a critical task for extreme response analysis of floating offshore wind turbines (FOWTs) …

This paper introduces TC-Diffusion, a novel probabilistic tropical cyclone (TC) full track
simulation method empowered by the diffusion generative model. Leveraging diffusion's …

In the traditional up-crossing rate approaches, the absence of consideration for correlation
among crossing events often results in significant inaccuracies, particularly in scenarios …

Computational models are of utmost importance in various aspects of structural design and
optimization, uncertainty quantification, risk assessment, and other engineering fields …

Reliability assessment of floating offshore wind turbines (FOWTs) under extreme load
conditions is significant for the structural safety design of FOWTs deployed in typhoon-prone …

Efficient structural reliability analysis methods are of great concern in civil engineering.
Although excellent works have be dedicated in the past years for improving the computation …

Abstract The Alternative Load Path method is widely adopted to perform progressive
collapse analyses for reinforced concrete (RC) frame structures subjected to column …

In engineering, uncertainties pervade product lifecycles, presenting significant challenges to
design reliability and safety, particularly in safety-sensitive industries such as nuclear …

The probability density function (PDF) of structural responses is one of the significant
fundamentals for structural reliability analysis. Nonetheless, it is still challenging to compute …