... 02 2025 30 10 2025 © 2025 Emerald Publishing Limited 2025 Emerald Publishing Limited Licensed re-use rights only average shear stress cyclic shear stress laboratory tests loading sequence offshore engineering pore pressure strain q_ave...

... of the mudmat are established to assess the capacity of the mudmat under combined V–H–M loading. 03 08 2023 16 05 2025 © 2025 Emerald Publishing Limited 2025 Emerald Publishing Limited Licensed re-use rights only finite-element modelling footings/foundations offshore engineering...

... and serviceability limit state conditions) but it is not applicable to ultimate limit state analyses. 25 05 2023 11 09 2023 Emerald Publishing Limited: All rights reserved 2023 footings/foundations numerical modelling offshore engineering soil/structure interaction Table 2...

.... Many types of plate anchors have been applied to offshore engineering, such as suction embedded plate anchors (Dove et al., 1998 ; Cassidy et al., 2012), drag anchors and OMNI-Max™ anchors (Shelton, 2007). The plate anchor used in model tests is termed light-weight gravity-installed...

... the torque requirements save time and money. 27 08 2021 28 02 2022 ICE Publishing: all rights reserved 2022 anchors & anchorages centrifuge modelling offshore engineering Screw (or helical) piles are a ‘silent’ installation alternative to pile driving for offshore...

... with the padeye. The anchor was then suspended from its tail using an engine hoist at a predetermined drop height (see Fig. 4(a)), and then released by lifting a quick release shackle. anchors & anchorages offshore engineering Fig. 4. Jetty test set-up: (a) installation; (b) loading...

... modelling offshore engineering soil/structure interaction The idea behind this study is to use numerical tools validated against experimental data to get a deep insight into the deformation mechanism of tripod subjected to cyclic loading. For this purpose, traditional implicit approach...

... cited. anchors & anchorages bearing capacity footings/foundations offshore engineering Offshore renewable energy facilities are extending to floating structures in deeper waters, where stronger wind resources can be harnessed (ORE Catapult, 2018). Meanwhile, floating oil and gas...

... compression and extension, which is appropriate if a single measured value is to be used for foundation capacity assessment (Kinner & Ladd 1973 ; Mayne, 1985 ; Randolph, 2000). clays footings/foundations offshore engineering Offshore infrastructure for renewable energy and oil...

... amplitude (MA2) and increasing and then decreasing amplitude (MA3). 09 10 2019 03 03 2020 03 03 2020 ICE Publishing: all rights reserved 2020 soil/structure interaction model tests offshore engineering There is a growing interest in suction caissons (Fig. 1...

... capacity due to cyclic loading. 01 03 2019 03 07 2019 04 07 2019 ICE Publishing: all rights reserved 2019 model tests offshore engineering piles & piling Offshore wave energy converters (WECs) include point absorbers that are typically submerged buoyant bodies...

... 2020 consolidation offshore engineering penetrometers Offshore foundations are subject to cyclic loading from the ocean environment and from operational loads, such as expansion and contraction of pipelines. In conventional design, cyclic loading of fine-grained soils is treated...

... ICE Publishing: all rights reserved 2018 centrifuge modelling footings/foundations offshore engineering Offshore projects in shallow-to-moderate water depths (typically less than 150 m) are conducted using self-elevating mobile jack-up units. Mobile jack-up units are composed...

... where a spudcan would penetrate into the underlying clay. 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...

... methods offshore engineering pipes & pipelines The soil resistance during upward movement of a buried pipeline is a key design consideration for much oil and gas infrastructure and many urban lifelines. Offshore pipelines are often buried for protection. Burial provides constraint against...

... and 52 days after installation, respectively), and up to 50% ultimate lateral pile resistance before test 2_A122 (carried out 122 days after installation). 06 11 2016 18 12 2016 26 12 2016 ICE Publishing: all rights reserved 2017 chalk offshore engineering piles...

... = 2 c cos ⁡ ϕ i 1 + sen ϕ i Combining equations (3) and (4) , the horizontal force of Evans (1962) becomes offshore engineering piles & piling soft rocks 5 F h , E = c cos ⁡ ϕ i 1 + sen ϕ i 2 z...

... ∫ y ′ 0 y max ∫ ϕ 0 π / 2 2 ε ˙ max r y d ϕ d y ′ 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...

... to assess hole closure assumptions made in dynamic penetration analyses, by comparing the final embedment depth with the calculated transitional depth for soil backflow. anchors centrifuge modelling clays dynamics offshore engineering Projectiles that are dynamically installed in a water...

... reserved 2015 bearing capacity centrifuge modelling footings/foundations offshore engineering Offshore jack-ups typically consist of a buoyant triangular hull supported by three independent legs that are fitted with spudcan foundations (Fig. 1). Punch-through events can occur during...