Results 11 to 20 of about 7,004,301 (160)
Cone Penetration Testing 2018 [PDF]
, 2018 Cone Penetration Testing 2018 contains the proceedings of the 4th International Symposium on Cone Penetration Testing (CPT’18, Delft, The Netherlands, 21-22 June 2018), and presents the latest developments relating to the use of cone penetration testing ...
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An investigation of correlation factors linking footing resistance on sand with cone penetration test results [PDF]
, 2012 Significant research effort has led to improvements in our ability to estimate the ultimate bearing resistance of footings in sand. These techniques often estimate the footing resistance at relatively large displacements, typically 10% of the footing ...
Gavin, Kenneth, Tolooiyan, Ali
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Numerical Modeling of Cone Penetration Test: An LBM–DEM Approach [PDF]
, 2022 In this paper, the discrete element method (DEM) is coupled with the Lattice Boltzmann method (LBM) to model the cone penetration test (CPT) of a saturated granular media.
Heitor, A +3 more
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Numerical simulation of cone penetration test in a small-volume calibration chamber
, 2022 S.309-315In this study, laboratory Cone Penetration Tests (CPTs) were conducted in the MARUM Calibration Chamber (MARCC) with three lateral boundary conditions: (BC), constant stress, constant strain and the simulated field conditions with constant ...
Kreiter, S. +5 more
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Dynamic Characteristics of the Soils by Cone Penetration Tests (CPT)
, 2022 A geotechnical project requires a site-specific investigation to collect data regarding the subsurface conditions. Soil explorations must be made to determine the presence and identification of underlying strata, groundwater conditions, types of ...
Cavallaro A
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Simulation of CPT penetration in sensitive clay [PDF]
, 2022 This paper presents the results from numerical simulations of CPTu penetration in a natural clay combining the SCLAY1S constitutive model with a large deformation Finite Element framework including a coupled deformation and porewater pressure formulation.
Dijkstra, Jelke, +7 more
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Liquefaction resistance by static and vibratory cone penetration tests
, 2022 S.591-597Soil liquefaction is an important hazard and one of the causes of earthquake-related disasters. The prediction of soil liquefaction is a major issue in geotechnical engineering and the soil liquefaction resistance is often determined in-situ by ...
Kreiter, S. +4 more
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New vibratory cone penetration device for in-situ measurement of cyclic softening
, 2022 S.79-84A new type of vibratory cone penetration device has been developed to improve the geotechnical in-situ methods for evaluating the dynamic and cyclic properties of the soil.
Kreiter, S. +4 more
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GRAVITY TYPE CONE PENETRATION TEST ON SEABED OFF EASTERN HOKKAIDO, THE SEA OF OKHOTSK [PDF]
, 2018 表層型メタンハイドレート（MH）が存在している深海底地盤の強度を調べるために，コアラーで採取した試料を用いて強度を求めた場合，間隙水にメタンが溶存しており，採取コアを引き上げることによって溶存ガスが気泡化し，試料が乱され正確な強度を求めることが困難である．そこで，表層型MHの存在が確認されている北海道道東沖のオホーツク海において，重力式コーン貫入試験（CPT）を行い，海底地盤強度の直接測定を試みた．また，コア試料に対する船上試験結果と比較し，試料の乱れについても検討した．その結果 ...
内田, 康人 +12 more
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Thin-layer detection from the cone resistance rate of change [PDF]
, 2022 True determination of soil parameters for thin clay layers in sand or silts from CPTU measurements is challenging. Cone resistance in thin layers is influenced by the surrounding layers resulting in unrepresentative measurements.
Hammer, H. B. +3 more
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