内容简介

《深水半潜式钻井平台关键技术(英文版)》由上海交通大学出版社出版。

图书目录

absorbed energy added mass additional internal forces amplitude asymptotic analysis attack angle basic design carbon nanotubes catenary mooring system circular cylinder collisions concept design deepwater risers deepwater semi-submersible drilling rig density difference DOT tunnel dynamic analysis dynamic response elastic medium evolution experimental investigations experimental tests fatigue life FEA finite element method flexible riser flow pattern frequency functionally graded materials functionally graded shell grouping effect heave high mode higher harmonics hydrodynamic Hydroelasticity HYSY981 induced current intellectual property right intensity interracial solitary wave internal solitary horizontal wave internal solitary waves internal solitons internal wave evolution internal waves in-line response laboratory tests large aspect ratio lift lock-in long flexible riser Long Term Forecast mass ratio mechanical properties model test modes Morison's equation moving loads multiple control rods multi-mode response natural frequency natural period nondimensionalized non-homogeneous material non-homogeneous non-linear dynamic analysis non-stationary numerical simulation perturbation of magnetic field vector phase piezoelectric pycnocline depth pycnocline RAO riser Rolling Correction semi-submersible offshore platform Semi-Submersible Rig semi-submersible shear flow simplified fatigue assessment method solitary waves South China Sea SPAR Spectral-based fatigue analysis standing wave structural damage suppression thermal shock thermo-magneto-stresses travelling wave tropical cyclones truncated mooring line tunnel lining two-layer fluid two-layer typical joint Ursell number validity ranges velocity profile vibration viscous damping vortex-induced vibration wake oscillator model wake oscillator WAMIT water densities wave force wave-current fields wave-current Weibull shape parameter