船舶系统

从风险评估的角度，着重介绍FMEA技术、其扩展FMECA（故障模式、影响及危害度分析）技术，及其在船舶系统中的应用。

The paper mainly introduces FMEA , FMECA ( failure mode , effects criticality analysis ) and its application in marine systems from the aspect of risk assessment .

在船舶系统风险评估中，FMEA（故障模式与影响分析）技术是一种较为有效和常用的风险分析方法，已被国内外的船舶规范所采用。

In risk assessment of marine systems , FMEA ( failure mode & effects analysis ), which has been adopted in ship rules and regulations home and abroad , is an efficient and common method for risk analysis .

论文将船舶系统划分为航海部门、船舶运动模型、轮机系统和控制系统四个部分，进而建立了船舶四自由度运动数学模型、汽轮机数学模型、并设计了基于PID控制方法的控制系统数学模型。

They are sail department , ship motion model , turbine system and control system . Furthermore , it establishes the four-degree-of-freedom ship motion model , the mathematical model of steam turbine and designs the control system based on PID method .

仿人智能温控仪智能控制理论与船舶系统综述

Review of an Intersection of Artificial Intelligent Control Theory and Ship Systems

16000t客滚船船舶系统设计简介

Brief design of ship piping system of 16 000 GT ro-ro passenger ship

仿真程序可用于实际的动力定位船舶系统。

The program has been applied to DPS ( Dynamic Positioning System ) ships .

随着船舶系统智能化程度的提高，将人工智能故障诊断技术应用到现代船舶轮机管理中是一种必然趋势。

With the intelligent level improvement of ship systems , it is an inevitable trend that artificial intelligent fault diagnostic techniques are applied to modern ship engineering management .

因此，国内外大多数科研机构通过对船舶系统进行数学仿真，研发了轮机和航海模拟器，来达到培训和科学研究的目的。

Therefore , most of the domestic and abroad research institutions achieve the purposes of training and scientific research through mathematical simulation of the ship systems and the development of marine engine and sailing simulator .

为使船舶系统设计更合理，本文建立了变化管网稳定流场实时求解的数学模型，可以对管网进行工况模拟和设计方案的比较。

To make the marine system more rational , a calculation mathematical model of stable flow field of changed network is established and this mathematical model is used for comparison of a variety of design schemes and simulation of abnormal working conditions .

船舶动力系统的计算机绘图辅助设计&AUTOCAD软件的应用

CAD in Ship Machinery Piping System-The Application of Software Auto CAD

不同土壤湿度下柠条光合速率对CO2浓度和辐射强度响应的模拟研究海洋工程环境条件模拟船舶空调系统的仿真与建模

Impacts of CO_2 Concentration and Radiant Intensity on C. intermedia Photosynthetic Rate Under Different Soil Moisture with a Simulation Condition

基于CPC的船舶建造系统动态联盟组建及管理技术研究

Investigation on Technology of AVE-constituting and Management for Shipbuilding System Based on CPC

SCADA系统在船舶电力系统的应用

Application of SCADA in Ship Power System

基于动态联盟的船舶建造系统中的CAPP与PPC集成研究

Research on the Integrating for CAPP and PPC in Shipbuilding System Based on Agile Virtual Enterprise Concept

针对在开发船舶动力系统分布式设计环境过程中遇到的文件传输问题，讨论了分别基于Socket技术和。

According to the file transfer problem encountered in the development process of marine power system distributed design environment , the principle and programming methods of Socket technology and .

本文简要介绍了I2C总线技术及自研的ARM+DSP嵌入式船舶仿真系统拓展工作。

The dissertation briefly introduced I C bus technology and the extension research of ARM + DSP embedded simulation system developed by ourselves .

AIS是一种船舶监测系统，并隶属于无线移动通信网络范畴，其网络性能是AIS的研究及应用中的一个关键问题。

AIS is a kind of ship surveillance system , belonging to the wireless mobile communication network category , and the network performance is a key problem in the research and application of AIS .

船舶空调系统设计时易忽视的问题

Some Problems Likely to be Neglected When Designing Marine Air-Conditioning System

船舶照明系统图和布置图计算机辅助设计

Computer-Aided Design of Ship 's Lighting System Plan and Layout Plan

基于地理信息系统的船舶避碰系统研究

Research on Collision-avoidance System of Ship Based on Geography Information System

基于组件的船舶燃油系统可视化仿真

Visual Simulation of Fuel - system of Ships Based on Component

船舶推进系统集成设计平台的设计与开展

Design and Development of Integration Design Platform of Marine Propulsion System

负荷控制技术在船舶推进系统设计中的应用

Application of load control technology in the marine propulsion system design

船舶液压系统管路流量检测的新思路

New idea of flow monitoring in piping of marine hydraulic system

利用冗余测量值对船舶导航系统的故障检测与识别

Fault detection and identification of marine navigation system using redundancy measured values

船舶管路系统弹性支承在冲击作用下的位置优化设计

The Position Optimizing of Ship ′ pipe System Support under Shock Excitation

基于遗传算法的船舶推进系统船、机、桨匹配优化设计

Genetic Algorithm-based Optimization Design for Match of Ship , Engine and Propeller

免疫克隆选择算法在船舶电力系统故障恢复中的应用研究

Immune clone selection algorithm for shipboard power system service restoration

船舶电力系统保护电路的可靠性预计研究

Reliability Prediction Analysis of Protection Circuit for Marine Power System

伪键图法用于船舶动力系统建模

Pseudo Bond Graph Technique Applied to Modelling Marine Dynamic Systems