Ensuring the reliability of tunnel support systems is crucial for their safe and uninterrupted
use. However, tunnel engineering involves numerous uncertain factors, such as the …

Reliability analysis plays a critical role in the design optimization, operation, and
maintenance of tunnel structures. While classical mechanism models have been …

This article presents a Kriging-based probabilistic analysis of an earth dam. The dam failure
probability with respect to the sliding stability is investigated by considering the influence of …

In this paper, a new framework for accurate reliability analysis is proposed based on
improving the directional simulation by using metaheuristic algorithms. Usually for highly …

Various metamodeling approaches are applied in conjunction with Monte Carlo simulation
and or the second moment-based method for reliability analyses of underground tunnels …

Abstract Comparison of calculated failure probabilities of technical systems with observed
failure frequencies is an important part of the assessment of probabilistic calculations and …

The reliability analysis of tunnel linings is a challenging task, due to the complex nature of
soil-structure interactions, and due to the large uncertainty in soil properties and soil …

This paper presents a probabilistic analysis of a geosynthetics-reinforced and pile-
supported (GRPS) embankment by using reliability, sensitivity and uncertainty propagation …

Reliability analysis of the support lining of a shallow circular tunnel excavated in spatially
varying soils is presented in the paper. The soil-structure interaction is considered by using …

代理模型是一种高效的数学近似模型, 由于它能够显著地提高计算效率, 已经逐渐发展为一种新
的计算方法, 并且它在岩土工程可靠度计算, 优化设计和反分析等方面得到了广泛运用 …