KEY TECHNOLOGY on DEEP-WATER SEMI-SUBMERSIBLE DRILLING PLATFORM: GLOBAL PERFORMANCE; STRUCTURE ANALYSIS; VORTEX-INDUCED VIBRATION

深水半潜式钻井平台关键技术(英文版)

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Author: Xie Bin / Yang Jianmin
Language: English
ISBN/ISSN: 9787313104595
Published on: 2014-04
Hardcover

KEY TECHNOLOGY on DEEP-WATER SEMI-SUBMERSIBLE DRILLING PLATFORM: GLOBAL PERFORMANCE; STRUCTURE ANALYSIS; VORTEX-INDUCED VIBRATION 《深水半潜式钻井平台关键技术(英文版)》内容简介:为深入研究半潜式钻井平台结构和功能,建立其仿真系统具有重要意义。按照实际比例建立了钻井平台、钻机井架、绞车、天车、顶驱、游车等的零件及其装配体三维模型,并装配出钻井平台系统模型。在此基础上,研究了半潜式平台系统仿真技术中虚拟现实下VRML文件优化,采用了预优化处理、基于面片数的优化、基于节点复用的优化、基于数据精度的优化以及基于文件压缩的优化等不同的优化技术,设计出半潜式深水钻井平台系统VRML虚拟仿真模型以及系统完整总体结构。



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





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