... under-explored. This study integrates a bounding surface modified Cam-Clay model with the sliding–consolidation framework to simulate landslide kinematics under seasonally fluctuating water tables. The results categorise four regimes of landslide motion based on stress state: healing, neutral, stable...

... by means of FEs. The model is based on a set of fundamental principles, assumptions and phenomenological equations obtained from a deep understanding of the mechanics behind the FE problem. The model, evaluating average and differential settlements at the top of the embankment during the consolidation...

... consolidation with the combination of vertical and radial drainage by way of a prefabricated vertical drain (PVD). Based on the laboratory data, the normalised yield stress for cyclic loading (NYCL) is introduced as an insightful parameter to define a novel empirical relationship between the yield stress...

... γ ˙ − γ ˙ p 05 06 2023 30 01 2024 © 2025 Emerald Publishing Limited 2025 consolidation landslides liquefaction plasticity sands Fig. 1. Flowchart detailing the main steps required to generate the governing equations of the proposed model...

...Ci Wang; Conleth D. O'Loughlin; Fraser Bransby; Phil Watson; Zefeng Zhou Motivation for this paper stems from experimental investigations that consider how the vertical capacity of a horizontal circular plate anchor in clay changes due to consolidation. These experiments produced interesting time...

... in any medium, provided the original work is properly cited. analytical modelling centrifuge testing clays consolidation finite-element modelling helical piles numerical analysis offshore foundation offshore renewable energy Helical (or screw) piles comprise steel helices...

...Xiuli Sun; Ruoxuan Zheng; Yu Wang; Xun Jin; Qinjie Yu Energy consumption has emerged as a hot topic and cutting-edge research theme in the application of electro-osmotic consolidation of low-permeability soils. However, the resistance of circuits in an electro-osmotic consolidation system...

... in various ways, including seepage consolidation of soil, water discharge along prefabricated vertical drains and horizontal drainage system (i.e. sand blanket or horizontal pipes), extraction of the air sealed in the drainage system and air leakage from the atmosphere. Equations governing these aspects...

...Hao Zhang; Yu-Jun Cui; Hong-Lei Sun; Yuan-Qiang Cai The widespread utilisation of vacuum-assisted prefabricated vertical drains for managing clayey soft ground has led to the development of numerous consolidation models. However, these models have limitations when describing the filtration...

... geotechnical processes. To demonstrate feasibility, in this study a physics-informed data-driven approach is developed to automatically recover Terzaghi's consolidation theory from measured data and obtain the corresponding solutions. This process incorporates several algorithms including sparse regression...

...Linzhong Li; Aifang Qin; Lei Wang; Lianghua Jiang The feasibility of Carrillo's method is confirmed for consolidation problems of unsaturated soils under instantaneous loading in this study. In the plane strain and axial symmetry consolidation models, the coupled governing equations expressed...

... was greased to minimise friction between the consolidating clay and the container. The piston load was then reduced gradually from 800 kPa to 80 kPa, taking care to avoid cavitation by ensuring that the negative excess pore pressure never exceeded 100 kPa. Fig. 4. CPT results of in-flight undrained...

... by the ratio between the characteristic timescales related to fluid consolidation, wave propagation and soil reaction time (i.e. soil viscosity). Although viscosity is not necessary to carry out propagation analyses, ignoring it leads to unrealistic estimates of peak velocity and runout distance. As a result...

...Anamitra Roy; Shiao Huey Chow; Mark F. Randolph; Conleth D. O'Loughlin This paper examines the effect of consolidation on a shallowly embedded horizontal plate anchor in medium dense and dense sand using centrifuge tests, where the loading rate was varied over four orders of magnitude...

...Zhouxiang Ding; Wenjun Zhang; Zhaohui Yang; Zhe Wang; Xiuli Du; Liang Li Terzaghi's consolidation theory neglects inertial effects on the consolidation of saturated soils. To quantify the inertial effects, in this paper an original one-dimensional small-strain consolidation wave (C-wave) theory...

... on a normally consolidated clayey soil stratum whose mechanical behaviour is reproduced by means of the modified Cam Clay model. Finally, the approach is discussed critically from the perspective of its use as a design tool according to approaches based on the ultimate limit state and displacement...

.... Comparison of predicted and measured surface settlements (from Kelly et al., 2018) consolidation creep embankments settlement The settlement behaviour of embankments on soft soils is a classical problem in geotechnical engineering (e.g. Terzaghi & Frohlich, 1936 ; Lambe...

...Ling-Ling Zeng; Yu-Feng Gao; Zhen-Shun Hong Isotropically and anisotropically consolidated undrained triaxial compression shear tests are conducted on 87 specimens of eight kinds of clays reconstituted over a wide spectrum of initial water contents. These data in conjunction with those of 55...

... to evaluate the effect of the particle shape on the drained and undrained triaxial loading behaviour after isotropic and K₀ consolidation. The particle numerical properties and grain size distributions were kept the same for all specimens, irrespective of particle shape. The critical state...

...Moozhikkal Raheena; Retnamony G. Robinson This note describes a faster and complete consolidation testing procedure using the inflection point method so as to obtain the void ratio–consolidation curve at the end-of-primary consolidation and the coefficient of consolidation. The testing procedure...