... results had certain reliability; The sinking pipe slowly sinks during the laying process, and the pipelines at the bottom successively sink to the bottom, and finally become stable; The maximum stress point of the whole pipeline was located at the connection between the floating pipe and the transition...

... operation conductor surface conductor asia government conductor shoe rock cuttings puncture conductor shoe stress change fraction quick puncture tube shoe maximum stress swirl rib upstream oil & gas china government tube shoe ordinary tube shoe resistance Proceedings of the Thirty...

... buffer material layer black box shell material dynamic response shock response upstream oil & gas relative density stress response hard disk air transportation thickness underwater explosion shock load aluminum foam maximum stress shock wave underwater explosion test Proceedings...

... installation position vibration isolator vibration separator raft isolation system raft structure total stiffness vibration isolation system maximum stress peak acceleration impact resistance effect deformation Proceedings of the Thirty-second (2022) International Ocean and Polar Engineering...

.... vehicle deck ultimate strength experiment patch load aluminum vehicle deck strain gauge calculation contact pressure elastic stage transverse frame wheel load maximum stress longitudinal stiffener plastic stage experimental data maximum bearing capacity Proceedings of the Thirty-second...

... renewable energy acceleration curve vessel collision traffic vessel collision subsea system traffic vessel maximum stress mpa collision wind energy displacement tower top acceleration correlation curve owt platform design simulation internal energy kinetic energy mooney-rivlin...

... will be used in more and more marine resources development in cold region with the technology developing and global warming. However, at present, it is not suitable for marine resources development in some extremely cold regions. conical structure cold region maximum stress narrow conical structure...

... not only meets the requirements of the compressive, but also the pullout capacity under working conditions. displacement engineering pullout capacity resistance enlarged bottom construction technology maximum stress uplift capacity vibroflotation device pile body steel strand vibrating...

... of ice floes and the maximum stress in the ice depends on floe size. The ultimate wave height of ice fracture against the ratio of floe length to wavelength is given. The limit wave height of the ice fracture decreases sharply with the length ratio when the floe length is small, and then keeps unchanged...

... procedure. Therefore designing of elastomer part of LMU, which absorbs those impact and loads, is crucial. In this study, we performed a series of parametric studies to investigate the effect of reaction force and maximum stress occurring during the mating procedure of the 20,000 tons topside structure...

... result water depth displacement maximum stress hall anchor final penetration depth Influence of Ship Towing Anchor on Submarine Pipeline Zhiqiang Yu, Langxiong Gan, Jianguang Yue, Lei Zhang, Yuanzhou Zheng, School of Navigation, Wuhan University of Technology Hubei Key Laboratory of Inland...

.... Deformation on Condition II Figure9. Deformation on Condition III According to the analysis results, the maximum stress and deformation of the major structure under the working condition I are respectively 118 MPa and 0.29 mm, the maximum stress and deformation of the major structure under the working...

... response of bow structure, and the results contribute to help the naval architect to design a ship which has a stronger capacity of resisting slamming. KEY WORDS: Slamming pressure; bow structure; maximum stress response; large Container ship; impact duration. INTRODUCTION In recently decades...

... of deepwater J-Lay system. working condition lower part beam 207mpa extraversion 20 j-lay tower shell element introversion 20 pipe calculation result strength requirement plate frame shell element stiffener maximum stress j-lay tower bracket 207mpa platform Structural Analysis of J...

... response. Results from the test show that the properties of soil above pipeline play an important role in impact energy dissipation, and the dent depth is sensitive to anchor velocity. gas monetization lng finite element analysis maximum stress important design factor midstream oil & gas...

.... The fluidstructure interaction plays an important role in the structural analysis of the containment system under sloshing load. This study is based on the structural analysis of KC-1 insulation system considers the fluidstructure interaction between liquid cargo and the LNG containment system. The maximum stress...

... displacement impact load pendulum axis maximum stress pendulum wave energy converter ocean energy social responsibility structural analysis finite element model floater wave energy converter primary transduction system Structural Analysis of the Primary Transduction System of a Floating Pendulum...

... sea states. mooring system hong wind turbine wind energy subsea system elastic connector renewable energy floater sea state 8 surge motion horizontal array connector offshore wind turbine pitch motion maximum stress wind structure yunho kim 1 motion response isope heave...

.... Generally, two major approaches are provided for the sloshing assessment and LNG cargo containment design procedure by shipping registers. assessment plywood maximum stress lng dynamic response time history variation natural period skewness liquified natural gas guidance triangular...

... velocities, respectively. displacement numerical model bridge structure ship collision bridge impact analysis ship bridge pier deformation impact period cross sea bridge ship move pier maximum stress strength maximum deformation ship increase collision impact force Impact...