Geotechnique

Papers
(The TQCC of Geotechnique is 14. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-08-01 to 2026-08-01.)
ArticleCitations
Editorial164
Stress field on intermediate length scales during triaxial compression87
Impact behaviour of dry granular flow against baffle structure: coupled effect of Froude and particle characteristics87
A hydrodynamic model for chemo-mechanics of poroelastic materials76
A practical two-parameter model of pile–soil gapping for prediction of monopile offshore wind turbine dynamics66
Interfacial resistance model for electro-osmotic system64
Experimental investigation of the seismic performance of caisson foundations supporting bridge piers61
A complete analytical solution for axial pipeline walking considering seabed resistance as rigid plastic behaviour55
Frequency dependence of acoustic emission with particle interaction and failure process in dry sands during triaxial compression54
A bounding surface plasticity model for the hydro-mechanical behaviour of soils experiencing internal erosion52
Suffusion of gravel–sand mixtures under cyclic hydraulic gradient with emphasis on tracking the migration of fine particles47
An extended kinematic hardening constitutive model to include unsaturated behaviour for the prediction of soil deterioration45
David Greenwood43
Géotechnique reviewers42
A preliminary exploration of the micro-scale behaviour of capillary barrier effect using microfluidics41
Experimental study on gasketed bell-and-spigot joint behaviour of lined-corrugated HDPE pipe subjected to normal fault41
Non-stationary anisotropy-dependent critical state for clays39
Exploring the micro-to-macro response of granular soils with real particle shapes by way of μCT-aided DEM analyses38
Hysteretic water-retention behaviour of unsaturated hydrophobised soils38
Role of bacteria on bio-induced calcium carbonate formation: insights from droplet microfluidic experiments37
An experimental investigation challenging the thermal collapse of sand37
Probabilistic site characterisation using monitored spudcan installation data36
On mechanical behaviour of clastic soils: numerical simulations and constitutive modelling36
Pore changes in an illitic clay during one-dimensional compression36
Numerical assessment of tip damage during pile installation in boulder-rich soils36
A micromechanical model for estimating the shear modulus and damping ratio of loose sands under low stresses: application to a Mars regolith simulant34
Integrated effects of inherent and induced anisotropy on reliquefaction resistance of Toyoura sand with different strain histories33
Experimental study on the influence of cyclic loading frequency on liquefaction characteristics of saturated sand33
Seismic inversion for grain size distribution in granular geohazards: combining theory and experiments33
Discussion: Salinity and oven-drying effects on the plasticity of a marine soft clay32
Effects of debris flow rheology on overflow and impact dynamics against dual-rigid barriers32
The unsaturated characteristics of natural loess in slopes, New Zealand31
Development of a new soil–structure contact stress sensor for underground construction applications31
Pore pressure coefficient in frozen soils31
Analysis of the micro to macro response of clays to compression31
Diaphragm wall deformation and ground settlement caused by dewatering before excavation in strata with leaky aquifers31
In vitro screening of crude urease extract from native Australian plants and weeds for bio-cementation of sands30
Influence of shearing strain rate on the mechanical behaviour of three structured clays30
Publisher’s note29
Manipulating layer charge to regulate the hydration and swelling of montmorillonite29
Behaviour of sand under the constant shear drained stress path: the role of fines29
Axial and perpendicular behaviour of inclined piles retaining excavations in clay28
Géotechnique reviewers28
Unified modelling framework of flowslide triggering and runout27
A poroelasticity theory for soil incorporating adsorption and capillarity27
Introducing tunnel kinematic constraints into an elastic continuum formulation of tunnel–soil–pipeline interaction27
Shear behaviour of sand–rubber mixtures: interpretation from energy transformation and force chain evolution27
On the dynamic response of flexible dual-row retaining walls in dry sand26
How fine particles alter wave propagation in granular media: insights from micromechanical modelling26
Tay creep: a multi-mechanism model for rate-dependent deformation of soils 26
Discussion: Influence of air entrainment and gas kinetics on liquefaction triggering during tsunami loading25
Pore pressure coefficient in frozen soils25
Cavity expansion-based interpretation of piezocone penetration test (CPTu) data in clays24
Cone penetration tests in saturated and unsaturated silty tailings24
Axial cyclic loading of piles in low-to-medium-density chalk24
Effect of episodic pre-failure cyclic loading on whole-life geotechnical properties of soft clays24
A thermomechanical model for argillaceous hard soils–weak rocks: application to THM simulation of deep excavations in claystone23
Complex dielectric permittivity of clay minerals: impact of clay mineralogy, porosity, and ionic concentration23
Effect of soil permeability on soil–structure and structure–soil–structure interaction of low-rise structures23
Modified Cam Clay bounding surface hyper-viscoplastic model22
How particle shape affects the critical state, triggering of instability and dilatancy of granular materials – results from a DEM study22
A laboratory characterisation of the response of intact chalk to cyclic loading22
Discussion: Scale effects during cone penetration in spatially variable clays22
Thermo-volumetric deformations of sand–clay mixtures21
Suffusion of a sand–clay mixture: impact of the ionic-concentration gradient, clay type, sand-grain size and hydraulic gradient21
Constitutive modelling of non-cohesive soils under high-strain rates: a consistency approach21
Coupled effects of temperature and suction on the shear behaviour of saturated and unsaturated clayey sand–structure interfaces21
Response to discussion: Cavity expansion-based interpretation of CPTu data in clays21
Editorial20
A novel evaluation method of consolidation efficiency of electro-osmotic system20
Benefits of unconventional seismic foundation design: the 59th Rankine Lecture20
SANISAND-FM: a sand plasticity model with fabric anisotropy and memory surface with emphasis on cyclic liquefaction20
Editorial20
The influence of particle size distribution on the stress distribution in granular materials20
Radial drainage and consolidation of soft soil subjected to intermittent cyclic loading19
Use of fall-cone flow index for soil classification: a new plasticity chart19
Non-dimensional solutions for the stabilising piles in landslides in layered cohesive soils considering non-linear soil–pile interactions19
Void states perspective for critical hydraulic gradient of internally unstable non-cohesive soils19
The true triaxial strength anisotropy of sand19
Influence of air entrainment and gas kinetics on liquefaction triggering during tsunami loading19
Microwave dry-back of compacted unbound granular materials: an experimental and numerical study19
Effect of mean grain size on shear modulus degradation and damping ratio curves of sands19
Fibre optic strain monitoring in spatially variable deep mixed soil19
Time-lapsed in situ monitoring of mechanical property in deep soil mixing with surface wave19
A thermo-mechanical hypoplastic model for granular materials under cyclic thermal loading18
Centrifuge modelling of root–soil interaction of laterally loaded trees under different loading conditions18
Instability of iron ore tailings–geotextile interface: a direct simple shear study18
Maximum shear modulus anisotropy of rooted soils18
Probabilistic characterisation of critical state model parameters for saprolitic soil in Hong Kong18
Construction, operation and seismic performance of a tailings sand dam18
Effects of bio-chemo-mechanical processes on the properties of contaminated marine sediments18
High-cycle constitutive model for traffic loading-induced permanent deformation of coarse granular material incorporating particle breakage18
How energy is consumed in vacuum preloading treatment of soft ground18
Publisher’s note18
Re-examination and analysis of test data on consolidation of soft soils exhibiting creep with different thicknesses18
Hydro-mechanical behaviour of soil experiencing seepage erosion under cyclic hydraulic gradient17
Liquefaction susceptibility of clayey sands under saturated and partially saturated conditions17
The response of a plate anchor and embedded mooring in clay to environmental loading: experimental observations and numerical simulations17
Undrained three-dimensional behaviour of soft clay under horizontal one-way and vertical two-way cyclic loading17
The effects of particle size and surface roughness on the small-strain shear modulus of sands17
Predictive abilities of constitutive models for clay under monotonic and cyclic loading: element tests and centrifuge experiments17
The water vapour distribution profile in a dry soil layer during evaporation with high spatial resolution monitored by distributed fibre-optic sensing technology16
Erratum16
Announcement: Award-winning papers in 202216
Investigation of the installation process of drag-in plate anchors from LDFE modelling16
Influence of depositional fabric on mechanical properties of naturally deposited sands16
Potential of low-permeability barriers to mitigate backward erosion piping16
Modelling the piping-assisted erosion of clay barriers16
State space model of undrained triaxial test data for Bayesian identification of constitutive model parameters16
Centrifuge modelling of wave-induced seabed response in clay16
A microscopic interpretation of hysteresis in the water retention curve of sand15
The effect of adding rubber crumbs on the cyclic permanent deformation of waste mixtures containing coal wash and steel furnace slag15
Response of lightly overconsolidated clay under irregular cyclic loading and comparison with predictions from the strain accumulation procedure15
Anisotropic small-strain stiffness of lightly biocemented sand considering grain morphology15
Isotropic compression and triaxial shear characteristics of coral sand under high confining pressure and related particle breakage15
Capturing the random mechanical behaviour of granular materials: a comprehensive stochastic discrete-element method study15
Analysis of unsaturated seepage in infinite slopes by means of horizontal ground infiltration models15
Small-strain shear modulus of silty sands: the role of sample preparation method15
Deformation behaviour of piezoelectric elements for acoustic dispersion measurements in soils15
Application of biocementation to improve a well-graded granular material against cyclic loading15
Shear modulus and damping ratio of saturated coral sand under generalised cyclic loadings14
A computationally efficient SPH framework for unsaturated soils and its application to predicting the entire rainfall-induced slope failure process14
Deformation mechanisms of semi-integral bridge abutments in dry and saturated soil14
Compression load tests on large open-ended pipe piles in dense North sea sand14
Determination of the coefficient of consolidation by piezocone tests under partially drained conditions14
Influence of the head fixity adjustment of existing piles on the lateral load response of new piles14
Fibre reinforcement of railway ballast to reduce track settlement14
Limit-state solutions for the active earth pressure behind walls rotating about the base14
Oblique bearing capacity of shallow foundations placed near slopes determined by the method of rigorous characteristics14
Insight into contact forces in crushable sand using experiments and predictive particle-scale modelling14
Unified equivalent intergranular void ratio for biotreated binary soils in characterising liquefaction resistance14
Earth pressure balance tunnel boring machine vibration-based classification charts for real-time ground type and composition detection14
0.50057005882263