汽轮机

微分器卡涩对汽轮机正常运行有较大的危害。

The jam fault of the differentiator is dangerous to steam turbine .

MATLAB在汽轮机转子热应力仿真中的应用

Application of MATLAB in Heat Stress Simulation of Steam Turbine Rotor

汽轮机的轴与发电机的转子相连接。

The shaft of the turbine is coupled to the rotor of the generator .

反动式汽轮机通流部分CAD系统

A CAD System for the Blading of Reaction Steam Turbines

基于BP神经网络的汽轮机转子钢热脆化性能的预测

BP artificial neural network prediction on Temper Embrittlement of steam turbine rotor steels

Flash动画在汽轮机调节系统多媒体教学中的应用

Application of Flash Movie Technology in Steam Turbine Governing System Teaching

基于MATLAB的汽轮机调节级变工况特性计算

Application of MATLAB Software in the Characteristics-calculating of a Steam Turbine Governing Stage in Variable Operation Condition

STC现役空冷汽轮机的研发及技术特点

Development and Characteristics of STC ' Air Cooling Turbine in Service

汽轮机DEH系统中卸荷阀的参数计算

Computation of Parameters in Load-off Valve of Steam Turbine

文中介绍了模糊诊断原理在汽轮发电机组转子故障诊断中的应用，并根据该原理研究与开发了基于WINDOWS的汽轮机转子故障诊断系统。

The article introducing confusion diagnoses applying for steam turbine generator suit fault diagnoses , and from the principle , exploding the turbine rotor fault diagnoses system base on windows .

潍坊发电厂1号汽轮机的DEH改造

DEH Retrofit of Weifang No.1 Turbine Unit

改进后的BP人工神经网络模型达到了故障诊断的目的。说明将人工神经网络的方法应用于汽轮机轴系故障诊断领域是可行的。

The achievement of fault diagnosis using the improved BP neural network model shows the feasibility of applying artificial neural network technologies to the field of the shafting fault diagnosis of steam turbines .

国产300MW汽轮机通流部分改造

The reformation of steam passage part of domestic 300 MW steam turbine

引进型300MW汽轮机可靠性增长规律的研究

A Study of Reliability Growth Rule for Licensed 300 MW Steam Turbines

妈湾发电厂300MW汽轮机疏水系统的改造

Reconstruction of 300 MW steam turbine drainage system in Mawan Power Plant

国产化汽轮机监视仪表（TSI）的可靠性研究

Research on Reliability of Homemade Turbine Supervisory Instrumentation

铁素体及铜合金汽封在300MW汽轮机上的应用

Application of ferritic and Copper-Alloy steam seal glands on 300 MW Steam Turbines

300MW、600MW火电汽轮机的寿命管理

Life Management of 300MW / 600MW Fossil Turbine

基于APROS的锅炉给水泵汽轮机MEH仿真控制研究

Simulation Research of MEH of Boiler Feedwater Pump Turbine Based on APROS

东芝600MW汽轮机DEH性能对比分析

Comparison and analysis of performance for DEH hydraulic control system of 600 MW steam turbine manufactured by Toshiba Corporation

300MW汽轮机高压调节汽门阀座下沉原因分析及处理办法

Cause Analysis and Resolution for Valve Seat Sinking on High-Pressure Adjusting steam stigma of 300 MW Tubine

本文的主要内容如下：第一章，阐述了工业汽轮机转子NC代码自动生成的研究背景，讨论了目前的数控自动编程技术的研究现状，并提出了现在NC代码自动生成中所存在的问题。

The main content is as follows : In Chapter One , this dissertation describes the research background of NC code automatically generation of industrial steam turbine rotor , and discusses the situation of the NC automatic programming technology .

为了提高汽轮机叶片数控加工的质量和效率，用2×3次非均匀有理B样条方法，建立了叶片的数学模型，推导了其三维点和法矢量矩阵表达式，实现了叶片的数字化表示。

The mathematical model of steam vane is established with 2 × 3 degree nurbs method to improve the quality and efficiency of vane machining . The expression of three-dimensional point and unit vector matrix are put forward and the numeric show of vane is realized .

对某300MW机组汽轮机热耗率计算进行了建模，并与RBF神经网络回归模型进行了比较。

Calculation model of heat rate for a 300 MW steam turbine is built , which is compared with the model of hear rate based on RBF .

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 .

300MW汽轮机低压缸末级长叶片与轴系扭振的耦合振动

The Coupling of the Long Blades at the Final Stage of the Low pressure Turbine with the Shaft Torsional Vibrations

350MW汽轮机低压外缸的装焊制造

Fabrication of LP Outer Cylinder for 350 MW Steam Turbine

国产200MW汽轮机效率低原因的分析及对策

Reason analysis and reformation countermeasure of low efficiency of homemade 200 MW turbine

200MW汽轮机轴承振动及超温的非检修治理方法

Non-repair Approaches to Solve Vibration and Over temperature Problems of Large Turbine Bearing

100MW汽轮机低压缸通流部分改造

Retrofit of the flow passage for low-pressure cylinder of one 100 MW steam turbine