Although the random heterogeneity of a clayey seabed has been long recognised, it is
relatively recently that the influence of spatial variability on the spudcan foundation has been …

Strong earthquakes lead to slopes instability in mountainous regions and subsequently
trigger landslides. Landslides may cause serious damage to infrastructure such as roads …

In this paper, deterministic stability analyses for soil slopes reinforced with pile of different
locations and lengths were conducted firstly to calculate the factor of safety through limit …

In the reliability analysis of slope stability, the deterministic analysis method is usually used
to calculate the safety factor to evaluate the stability of slope. However, the inherent spatial …

Assessment of slope stability of abandoned laterite borrow pits in residential areas is highly
desirable as the consequence of its failure could be fatal. This study applied artificial neural …

摘要随着地下空间资源的不断开发与利用隧道工程的可靠度分析与研究越发重要首先阐述了
隧道工程中存在的岩土体的变异性统计的不确定性模型不准确引起的不确定性方面的不确定性 …

Probabilistic slope stability analyses are becoming more and more popular to evaluate the
safety level of slopes and the associated risk and reliability, especially in the recent years …

Temporal variation of rock mass properties, especially the strength degradation due to
drying-wetting cycles as well as the acidic wetting fluid (rainfall or reservoir water) is crucial …

Anti-sliding piles are commonly implemented to reinforce landslides. Considering the
complex nature of this medium, there is substantial spatial variability in the mechanical …

Large earthquakes cause slope instability in hilly areas, resulting in landslides. Landslides
can potentially kill people and seriously harm infrastructure like highways and railroads …