FPSO

Mixed method for predicting vibro-acoustics of FPSO

浮式生产储油船振动噪声混合数值预报

The Natural Period of Motions of FPSO in Shallow Water

浅水浮式生产储油轮运动固有周期特性

Combined, they offer a single point for serving the Floating, Production, Storage and Offloading ( FPSO ) segment.

结合之后, 他们可以为浮式生产储存和卸载 ( FPSO ) 领域提供一站式服务.

The location of the turret is one of the most important design parameters affecting the dynamic behavior of the FPSO ( Floating, Production, Storage and Offloading system) in terms of the weathervane and the mooring force.

转塔位置是内转塔式FPSO设计中的重要参数，对风标效应以及运动和系泊力等有重要影响。

Research on central control system of FPSO ( floating product storage offloading) tanker

浮式生产储油外输船中央控制系统研究

This paper presents a three-dimensional numerical wave tank, which has been developed. A fixed FPSO is placed in the regular wave to simulate the phenomena of Green Water.

本文建立了三维数值水池，对规则波下固定FPSO的甲板上浪进行了数值模拟。

Optimum design of the transverse section of the 340,000 DWT FPSO ′ s midship

34万吨级FPSO的中横剖面优化设计

Dynamic Analysis on the Tower-yoke Mooring System of FPSO

FPSO软刚臂单点系泊系统动力分析

Model Test Research of FPSO System in Wave Basin

浮式生产储油系统的水池模型试验研究

In a variety of FPSO mooring positioning, overwater Soft Yoke Single Mooring System is widely used in the Bohai Sea of China.

在多种FPSO系泊定位方式中，水上软刚臂单点系泊定位系统在我国渤海海域中广泛应用。

Qinhuangdao 150 000 DWT FPSO is an offshore structure designed for special sea area and is of shallow draft and fat hull ship type.

秦皇岛15万吨级FPSO是用于特定海域的海洋结构物，其为浅吃水、肥大型船。

Using the design of HVAC system for PANYU FPSO as an example, the paper summarizes several features of HVAC system for FPSO which has the stern offloading and poop accommodation.

以PANYU FPSO空调、通风系统设计为例，总结了采用尾部输油方式及生活区在尾部的FPSO空调、通风系统的一些特点。

The local strength of mooring system structure of FPSO is studied in this paper.

采用有限元分析方法,对多点系泊FPSO系泊结构的局部强度进行了研究.

Based on them , the position of the turret effect on the FPSO hydrodynamic performance is analyzed.

计算结果与模型实验进行了比较,结果表明, 转塔位置的变化对FPSO风标效应、转塔系泊力等影响显著.

Thermal Calculation for Floating Production Storage Tanker FPSO Design

生产储油轮热计算浮式生产储油船（FPSO）设计

For working safely on sea, FPSO should obey the stability rules in some criterions.

为了保证在海上安全、可靠地工作, FPSO必需满足一系列规范的稳性要求.

At present, the main platforms that can be used for deepwater oil and gas exploitation are FPSO ( Floating Production Storage and Offloading system), Semi-submersible, Spar Platform and Tension Leg Platform ( TLP).

目前，适用于深海油气开采的平台类型主要有：FPSO、半潜式平台、立柱式平台和张力腿平台。

Fast design method of FPSO module lower deck reinforced structure

FPSO模块支墩下甲板加强结构的快速设计方法

Analysis of environmental data at operative sea area for a FPSO

浮式生产储油船设计环境资料分析

Research and Development of the 600k BBLS FPSO

60万桶FPSO开发研究

The Applications of Vibro-acoustics Prediction Technology in FPSO

振动噪声混合数值预报技术在浮式生产储油船上的应用

In allusion to the problems occurred in the design of BZ34-FPSO's process module upgrading project, this paper gives some suggestion to the structure design of FPSO's module.

针对BZ34-FPSO工艺模块改造工程设计中遇到的问题，对FPSO上部模块的结构设计提出了一些建议。

The Research of Infrared Optical Fiber Smoke Detector and FPSO Fire Monitoring

船舶红外光纤感烟装置及火灾监测研究

The technical characteristics and development trend of FPSO turret mooring systems

FPSO转塔系泊系统的技术特征及发展趋势

Since the fuel weight of very large FPSO in shallow water accounts for nearly 80 percent of total displacement, it is very important how to correctly simulate the fuel mass distribution for calculating natural frequency, generalized mass and modes.

浅水超大型FPSO满载时原油重量将近占载重量的80%，因此如何正确模拟原油重量分布对干结构的固有频率、广义质量和振型的计算非常重要。

All of computational results including response characteristics and motion values of ship hull and tension on mooring lines can be used for designing and checking and optimizing the structural form and the geometric parameters for mooring system of FPSO, and be considered as a basic comparative computational system.

研究成果可以为浮式生产储油船锚泊系统设计、校核计算和锚泊系统形式与参数优化提供初步计算结果以及用于设计方案的比较。

This thesis combines the FSA with reliability analysis and applies them on the FPSO.

本论文将可靠性分析与综合安全评估相结合,用于FPSO实船.

Fatigue Damage Assessment of Flare Tower of FPSO

浮式生产储油轮火炬塔结构的疲劳分析

Optimum design is implemented to the 340,000 DWT FPSO in order to minimize the area of the transverse section of the midship. The self-adaptive step random search method is applied in this paper. The comparison between the results of rule-design and optimum design is also given.

以中横剖面的面积最小为目标函数，应用自适应步长随机搜索法，对34万吨级FPSO中横剖面进行了优化设计，并将规范设计结果和优化设计结果进行了比较，优化效果较好。

Application of Air Diffuser in the Design of FPSO Air-Conditioning System

散流器在FPSO空调系统设计中应用