This paper presents a practical approach for reliability analysis of steady-state seepage by
modeling spatial variability of the soil permeability. The traditional semi-analytical method; …

Soil spatial variability at different supports is vital in the seismic performance assessment of
large-span structural systems, including sea-crossing cable-stayed (SCCS) bridges. This …

The present study investigates the influences of spatial variability and randomness of the
soil strength parameters on the load-settlement response of a strip footing placed on a …

The inherent variability of soil parameters noticeably influences geotechnical structures such
as piled-raft foundations. In this research the application of random fields is extended to a …

This study presents a practical approach for reliability analysis of braced excavation in
spatially varied unsaturated soils. To take full advantage of the measured data, random …

In this study, by coupling the conditional and unconditional random field with finite element
methods, the stability of a real slope is investigated. In the first method, which is used for the …

Abstract According to AISC 341–16, beams in chevron-braced frames should be designed
for unbalanced forces. Several factors including the yield strength of steel materials …

The stability against piping and sliding, which is subject to numerous sources of uncertainty,
is of great importance in the design of diversion dams. In this study, the performance of four …

This paper presents the broken line random failure mechanism method to analyse the
bearing capacity of spatially variable soil. The method uses an upper bound theorem of limit …

The prime objective of this paper is to study the effect of soil spatial variability on the three-
dimensional probabilistic bearing capacity of a circular footing resting on the surface of a two …