... of the snowflake pile section (formula (1)), fixing the length of the flange unchanged and changing the thickness of the flange, and the values of the specific parameters are shown in Table 1 . 09 07 2023 14 11 2023 Emerald Publishing Limited: All rights reserved 2023 bearing capacity...

... anchors & anchorages bearing capacity offshore engineering In offshore floating moorings, a section of mooring line periodically cuts through the seabed due to the cyclic motion of the floating structure, causing a tunnel/trench on the seabed as reported from subsea inspections...

... of the ultimate bearing capacity of square footing. Figure 1 shows the vector g , which represents the generatrix that traces the yield locus on the plane I 1 = 1 . The vector n is the outward normal vector to the yield surface associated with g . These vectors can be expressed...

... capacity remain less advanced. Anchors & anchorages bearing capacity finite-element modelling limit state design/analysis numerical modelling ICE Publishing: all rights reserved 2022 17 07 2021 15 10 2021 Fig. 6. FE calculations of the influence of n...

... of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. bearing capacity limit state design/analysis piles & piling The most widespread design approach in geotechnical engineering...

... (with the tamping method) in order to approximately obtain the free-field density. Due to technical limitations (the maximum vertical force per unit length allowed by the loading system is about 10 kN / m ), the bearing capacity V m cannot be determined experimentally and it is assumed...

... focuses on the solutions for an embedded plate anchor, which is a potential foundation system for offshore floating facilities. In current practice, only the shear strength of the soil surrounding the foundation is considered in calculations of the ultimate bearing capacity. However, the solutions...

.... Before the foundation was subjected to vertical loading, a preload of 10% of the MP's bearing capacity was applied to its head. The experimental results show that the preloading facilitates the transfer of partial loads from EP to the MP, with the load-transfer efficiency being more than 90%. During...

... Publishing: all rights reserved 2020 bearing capacity field instrumentation piles & piling Ultimate limit-state (ULS) pile design requires a check to confirm that the ultimate lateral geotechnical capacity of the pile is not exceeded. Consequently, many (empirical) models have been...

... ICE Publishing: all rights reserved 2019 bearing capacity clays footings/foundations 2 W ˙ ( s ) = H ( s + e ) α ˙ Fig. 2. Schematic of a circular foundation under horizontal and torsional loads Assuming that the upper-bound collapse mechanism involves...

...G. Mortara This paper deals with the exact solution of the bearing capacity of strip foundations on weightless cohesive−frictional soil considering the inclination of the (a) foundation base, (b) ground surface and (c) loads on the foundation base and on the ground...

...M. Jafari; H. Gharsallaoui; A. Holeyman The estimation of the bearing capacity of embedded foundations in cohesive soils has important civil engineering applications both onshore and offshore such as bored piles, skirted foundations, spudcan footings and so on. This topic has been extensively...

...Z. Zheng; X.-T. Feng The excavation fracture zones develop during the staged excavation of caverns and tunnels, which still have bearing capacity. However, further excavation and support activities will change the stress state in these areas until these activities cease. The influence...

...S. Aria; S. K. Shukla; A. Mohyeddin The available analytical equations in the literature for the bearing capacity of geosynthetic-reinforced foundation soils include the tensile force developed in reinforcement as a product of mobilised tensile strain and the tensile modulus of the reinforcement...

... bearing capacity sands Horizontal plate anchors are commonly used for resisting uplift forces in many engineering structures such as transmission towers, drydocks and mooring systems for ocean surface or submerged platforms. As a principal tool in the routine design of earth anchors, a number...

... in tension capacity is observed in cyclically jacked piles unlike piles monotonically jacked at 100 g . 24 04 2017 01 08 2017 02 08 2017 ICE Publishing: all rights reserved 2017 bearing capacity centrifuge modelling piles & piling In the literature, the use...

...–Prager and Matsuoka–Nakai criteria, where θ_f depends on the strength parameter. 11 02 2017 06 04 2017 18 04 2017 ICE Publishing: all rights reserved 2017 bearing capacity failure plasticity The method of characteristics, also known as the slip...

... swipe tests) 06 11 2016 13 01 2017 15 01 2017 ICE Publishing: all rights reserved 2017 bearing capacity clays offshore engineering The spudcan footings of mobile jack-up platforms are subject to combined vertical, horizontal and moment (V, H...

... anchor. anchors bearing capacity clays limit state design/analysis offshore engineering The helical anchor has a long history of applications (Lutenegger, 2011) and has been used widely onshore to resist both compression and tension loads, due to its advantages of quick installation...

... calculations: the peak resistance in the sand and the bearing capacity within the underlying clay. The punch-through distance – an indicator of the potential for and severity of punch-through failure – is estimated from these calculations. In comparison with 71 geotechnical centrifuge tests, the ISO guideline...