浮船坞
- 名floating (dry) dock;floating crane
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适宜改建成浮船坞的VLCC选择
The Choice of a VLCC Suitable to be Retrofitted into a Floating Dock
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VLCC改建成大型浮船坞的工艺
Conversion of VLCC into large floating dock
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仿真结果表明,标准H∞控制对浮船坞这样的多变量强耦合的系统有较好的控制效果。
And the simulation indicates that the standard H _ ∞ control has good system performance and robust stability performance .
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阐述了鲁棒控制中的标准H∞控制算法,并采用该算法中的基于Riccati不等式状态反馈标准H∞控制器设计方法,对浮船坞控制系统进行了理论探讨和仿真研究。
A theoretical study and a simulation of floating dockyard are done with Riccati state feedback of the standard H _ ∞ control algorithm of robust control .
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800t浮船坞载运三峡临时船闸稳性和强度分析
Analysis on the stability and structural strength for the 800 t floating dock while shipping the temporary ship-lock-gate
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本文结合一座由26万吨旧VLCC改建的10万吨级浮船坞的设计实践,综述了旧VL-CC改建大型浮坞的经济价值,及其改建设计中的主要技术问题。
The paper describes the design practice of the floating dock " Heng Shan " with 100,000 ton lifting capacity , modified from an old VLCC . The author expounds the economy of floating dock modified from old VLCC and some technical problems of modification .
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大连中远30万t浮船坞工程是目前国内最大的浮船坞工程,共设计海上基桩30根,桩径800mm,嵌入中风化岩石4~5m,最深达8m。
Dalian COSCO 300000 DWT floating dock is the largest floating dock engineering in China at present , with 30 sea piles of 800 mm in diameter , embedded 4 ~ 5 m ( the deepest is up to 8 m ) in intermediary weathering rock .
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三十万吨浮船坞的锚泊系统设计
The design of anchor mooring for 300 000 DWT floating dock
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浮船坞出运沉箱技术在船坞工程中的应用
Application of Floating Dock Transporting Technique of Caisson to Dock Engineering
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大连中远浮船坞工程海上基桩施工技术
Construction Technology for Sea Pile in Floating Dock of Dalian COSCO
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特殊用途浮船坞作业控制系统研究
Study of Control System for Special Purpose Float Dock Operation
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泰山号浮船坞滑道的水下切割
Underwater Cutting of " Tai Shan " Floating Dock Slideway
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浮船坞工作性能参数监测系统研制
Monitoring System for Working Property Parameters of Floating Dock
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内河2000千牛举力水泥浮船坞
Concrete floating dock with a 2 000 kN lifting capacity on inland river
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浮船坞四角吃水深度和挠度的测量
The measurement on draft and deflection at the four corners of floation dock
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浮船坞液压系泊卡环设计
Design of a hydraulic mooring equipment for floating dock
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万吨级浮船坞设计发展概况
The design and development of large floating docks
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北海船厂8万t级浮船坞水域配套设施
The Auxiliary Facilities for Water Area of 80000 DWT Floating Dock of Beihai Shipyard
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下排浮船坞坞体结构强度分析
Strength Analysis of Launched Ship and Floating Docks
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浮船坞实时配载模型及算法
Modeling and algorithm study for real time adjustment of floating dock ′ s loading
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大型浮船坞系坞装置的设计研究
Study on mooring system for large floating dock
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浮船坞的实时控制
A real-time computer control system for floating dock
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浮船坞横向强度计算
Calculation of transverse strength of floating dock
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浮船坞沉浮的智能控制
Intellectual control of floating dock 's immersion
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给水管道支墩的设计锚泊浮船坞的水动力性能
On Setting Support Piers for Water Supply Pipe HYDRODYNAMIC BEHAVIOUR OF A MOORED FLOATING DOCK
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锚泊浮船坞的水动力性能
Hydrodynamic behaviour of a moored floating dock
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广远船修厂8万吨级浮船坞靠坞墩设计简介
Brief Introduction of Berthing Dolphin Design for the 80,000 DWT Floating Dock of Guangyuan Dockyard
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钢丝网水泥浮船坞的结构设计
Structural design of ferrocement floating dock
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32.4m浮船坞的改装
Reassembly of 32.4 m floating dock
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对船舶进入浮船坞的压载水舱分布及实时自动控制过程进行了分析。
The real time control process of going on floating dock and ballast distribution is described .