.... Cao (18297466173@163.com) 07 02 2025 23 12 2025 © 2025 Emerald Publishing Limited 2025 Emerald Publishing Limited Licensed re-use rights only artificial ground freezing freezing efficiency ground freezing in situ testing liquid carbon dioxide soil temperature...

... pressure in the early phase of a dissipation test in a normally consolidated contractive clay (Po river plain, unpublished data) in situ testing pore pressures quality control This paper describes a device designed to measure a pore-pressure parameter B*, associated with the degree...

... shear wave velocity. Shear strength parameters were obtained through a series of theoretical formulas. In-situ tests of fully weathered slate (FWS) and granite residual soil (GRS) by applying BE-DP indicated that FWS had obvious stiffness anisotropy while GRS had slight stiffness anisotropy, which were...

... could be processed to yield results comparable with geophones. Martin et al. (2018) provide a comprehensive review of DAS data processing. 28 07 2021 11 07 2022 ICE Publishing: all rights reserved 2022 monitoring vibration in situ testing The results...

... ( ′ ) 15 11 2021 02 02 2022 ICE Publishing: all rights reserved 2022 in situ testing numerical modelling sands Decades of geotechnical research have clearly pointed out the close relationship between the mechanical behaviour of sandy soils and their state. While such a state...

... consistency with the naming conventions used by Reid et al. (2019) . Fig. 1. CPT data for sounding investigated in this study (source: adapted from Reid et al. (2019)) in situ testing liquefaction silts Estimating in situ state parameter Ψ (Been & Jefferies...

... and then retrieving the pile to the ‘zero’ position. The tests were performed with 10 mm prescribed target top displacement, following Brazilian standard ABNT (2019) . 03 10 2019 18 05 2020 21 07 2020 ICE Publishing: all rights reserved 2020 in situ testing piles & piling repeated...

... would experience. Hence, a mean, elastic, hkl-associated micro-strain, ε^hkl, can be calculated by in situ testing particle-scale behaviour strain stress analysis The vast growth of full-field measurement techniques over the past few decades (see...

... Publishing: all rights reserved 2018 in situ testing laboratory tests silts Silts present unique geotechnical characterisation challenges (Shuttle & Jefferies, 2016), as (a) they may suffer significant disturbance when sampled, (b) methods developed for clays to correct for sample...

... is in situ testing numerical modelling permeability Hydraulic conductivity (or simply ‘permeability’ in accepted geotechnical parlance) is one of the fundamental properties of soils with wide implications for geotechnical design. Evaluation of permeability in the laboratory is frequently...

... expectancy. Links between micro- and macro-scale quantities are discussed. 28 02 2018 28 05 2018 28 05 2018 ICE Publishing: all rights reserved 2018 compressibility in situ testing particle crushing/crushability By observing the different amount of internal porosity from...

... to be correct as validated by the centrifuge test data (Fig. 6(a)). The instability or divergence of the solutions at a lower penetration rate or mass-scaling factor are incorrect and caused by the accumulated error, despite remeshing. Fig. 2. Effect of penetration rate in situ testing numerical...

... if a reasonable agreement can be found without calculation or knowledge of actual dimensions. 22 05 2017 16 10 2017 16 10 2017 ICE Publishing: all rights reserved 2017 coastal engineering in situ testing Foreshore sediments at sandy beaches undergo strong variations...

... is properly cited. field instrumentation finite-element modelling in situ testing The instrumented pile is located at the Isle of Dogs in London. It is a reinforced-concrete bored test pile for a future high-rise tower. Although the pile was monitored during both curing of the concrete...

...) , contained the piezometer, and only routine tests have been done to compare the material to the reference block samples. clays in situ testing sampling Sampling of sensitive clays is a challenging task as their engineering properties, such as undrained shear strength, stiffness...

... velocities mobilised during in-situ test penetration. The development and validation of the proposed algorithm are achieved by direct comparisons between standard penetration test (SPT) and cone penetrometer test (CPT) data, which are the most commonly used in-situ tests. The method has produced...

... of the scaled burial depth and other conventional factors is proposed and shown to provide valuable information for predicting the PPR induced by single shallow-buried explosions in saturated sand. full-scale tests in situ testing liquefaction monitoring pore pressure sands Liquefaction...

... for estimating the overconsolidation ratio and the earth pressure coefficient at rest directly from flat dilatometer tests in estuarine clays. 19 02 2015 06 04 2015 20 04 2015 clays in situ testing numerical modelling One of the key intermediate parameters obtained from the flat...

... determine the pile bending moment in a subsequent lateral load test. 31 12 2014 29 01 2015 08 03 2015 ICE Publishing: all rights reserved 2015 field instrumentation in situ testing piles soil/structure interaction Sensing cables. The distributed FBG strain sensor...

... show that using certain configurations produces a greater frequency content, which hinders interpretation and reduces the confidence of the measured velocity profile. 2 9 2014 12 1 2015 ICE Publishing: all rights reserved 2015 geophysics in situ testing site investigation...