浮船坞

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

VLCC改建成大型浮船坞的工艺

Conversion of VLCC into large floating dock

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 .

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 .

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

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 .

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 .

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

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

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

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

泰山号浮船坞滑道的水下切割

Underwater Cutting of " Tai Shan " Floating Dock Slideway

浮船坞工作性能参数监测系统研制

Monitoring System for Working Property Parameters of Floating Dock

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

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

浮船坞液压系泊卡环设计

Design of a hydraulic mooring equipment for floating dock

万吨级浮船坞设计发展概况

The design and development of large floating docks

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

下排浮船坞坞体结构强度分析

Strength Analysis of Launched Ship and Floating Docks

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

大型浮船坞系坞装置的设计研究

Study on mooring system for large floating dock

浮船坞的实时控制

A real-time computer control system for floating dock

浮船坞横向强度计算

Calculation of transverse strength of floating dock

浮船坞沉浮的智能控制

Intellectual control of floating dock 's immersion

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

锚泊浮船坞的水动力性能

Hydrodynamic behaviour of a moored floating dock

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

钢丝网水泥浮船坞的结构设计

Structural design of ferrocement floating dock

32.4m浮船坞的改装

Reassembly of 32.4 m floating dock

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 .