浮式起重机

1300t浮式起重机金属结构有限元分析

Finite element analysis of metal structure of floating crane with a capacity of 1300 tons

建筑安装用浮式起重机电站建设塔式起重机

Floating crane for erection work power station tower crane

CCTV主楼悬臂部位大型塔式起重机安装技术建筑安装用浮式起重机

Installation of Tower Crane Used in Cantilever of CCTV Main Building floating crane for erection work

利用ANSYS软件建立1300t浮式起重机金属结构有限元分析模型，并针对其特性、载荷计算及载荷组合进行了分析，为其金属结构的设计提供了理论基础。

The finite element model of metal structure of 1300 t floating crane is built with ANSYS software . Characteristics , load calculation and load combinations of the crane are discussed . This paper provides a theoretical basis for crane metal structure design .

再次，对目前亚洲最大的4000t全旋转浮式起重机的滚轮进行了应力试验，并与有限元解进行对照，证明了本文研究方法的可靠性。

Thirdly , the roller wheel of the 4000t 360 Degree Revolving Floating Crane is studied by testing method . Comparing the testing results and the finite element results , it is proved that the research method adopted in the paper is reliable .

非全回转浮式起重机回转盘式表面处理机

Limited slewing floating crane rotary table type surface treatment machine

900吨浮式起重机钢丝绳缠绕系统

Wire rope reeving system for a 900t floating crane

静电悬浮真空陀螺仪内燃电力浮式起重机

Electrically suspended vacuum gyroscope diesel-electric floating crane

GB14734-1993港口浮式起重机安全规程

Safety rules for port floating crane

内燃电力浮式起重机动力推动式起重机械

Diesel-electric floating crane power-driven lifting appliance

这种双摇杆变幅机构可用于浮式起重机的带载变幅作业，具有高的生产率和作业灵活性。

The double rocker mechanism ( with back rocker driving ) is used to luffing operation of floating crane . It has high productivity and transfer flexibility .

目前大吨位浮式起重机多采用滚子夹套式回转支承，这种回转支承已经无法满足日渐增大的起重量要求。

Large hoist load floating crane mostly adopts the roller jacket slewing ring , however , the slewing ring can not met the requirements from an increasing weight .

大型浮式起重机（简称浮吊）作为特殊工程船舶，在海洋石油开发、大型海上工程、沿海风电设备安装和海难救助等作业中得到广泛运用。

As a special project ship , Large floating crane have been widely used in offshore oil development , large-scale offshore engineering , coastal and installation of wind power and other salvage operations .

为研究新的斜坡式集装箱码头浮式桥式起重机船岸作业系统，开发了计算机动画模拟模型。

A computer animated simulation model is developed to analyze a new presented ship handling system with floating bridge crane on ramped container terminal .

浮式桥式集装箱起重机船岸作业系统效率分析

Efficiency Analysis of Shore Handling System of Floating Gantry Container Crane Ship

本文介绍该模拟模型及应用其研究分析浮式桥式集装箱起重机船岸作业系统作业效率问题的方法和结论。

The model and its application in analyzing production of the system are presented in this paper .

为完善新近提出的适应斜坡式集装箱码头的浮式桥式集装箱起重机船岸作业系统设想，开发了相应的计算机动画模拟模型，并应用其辅助系统方案的选择和参数的确定。

In order to improve the floating gantry container crane ship to shore handling system presented recently , an animated computer simulation model for the system was developed for helping decision-making about design schemes selection and specific parameters determination .