水轮机

水轮机调节系统的Fuzzy自整定PID控制及其仿真

Fuzzy Self-Adaptive PID Control of Water Turbine Regulation System and Its Simulation

一个实用的水轮机初步设计CAD系统

A Practical CAD System for Preliminary Design of Water Turbine

轴流式水轮机转轮CAD系统的开发设计

Developing and design of the CAD system for kaplan turbine runner

Java技术在机组振动远程监测诊断系统中的应用可编程水轮机调速器

The Application of Java in Vibration Monitor and Fault Diagnosis System of Turbine-generator Set

MATLAB软件在水轮机调速器设计上的应用

Application of MATLAB software in design of turbine governor

水轮机PLC调速器掉电问题研究

Study on Power - cut of Hydro-turbine PLC Governor

基于PRO／E的水轮机转轮三维造型

3-D Design of Hydro Turbine 's Runner based on Pro / E

基于DSP的水轮机调速器研究

Research on Hydraulic Turbine Governor Based on DSP

神经元水轮机PID调节器

The PID Regulator of Hydroturbine Using Single Neuron

混沌变异进化规划在水轮机调速器PID参数优化中的应用

A chaos mutation evolutionary programming for optimization of PID parameters of hydro-turbine governing systems

水轮机调速器的智能非线性PID控制

Intelligent nonlinear PID control of hydro-turbine governors

水轮机微机调速器PID调节器的实现及其稳定性分析

Realization of the PID Regulator of the Microprocessor-Based Governor for Water Turbine and Its Stability Analysis

CFD技术在水轮机转轮抗空蚀改造中的应用

Application of CFD Technique in the Anti-Cavitation Renovation of Water Turbine Runner

提出一种改进的水轮机微机调速器PID控制算法。

A kind of modified control algorithm for microprocessor based PID governor of water turbine is suggested in this paper .

基于MSP430单片机中小型水轮机微机调速器的设计与研制

Design & Development of Medium and Small Hydraulic Turbine Governor Based on MSP430 MCU

基于PCC的步进式水轮机双调整调速器的研制

Development of a PCC Based Stepping Motor Driven Dual Control Governor for Hydraulic Turbine

阐述了故障诊断技术的基本原理及其发展现状、水轮机调速系统的特点，分析了已有利用BP神经网络、RBF神经网络等手段对水轮机进行实时故障诊断方法的诊断的效果和存在的问题。

The effect and problems of using BP neural network and RBF neural network to detect the faults of the hydraulic turbine are also analyzed in detail .

PCC强驱动、力反馈集成式水轮机调速器

Hydraulic Turbine Governor Based on Programmable Computer Controller and Electro-hydraulic Servo-system with Strong Drive and Force Feedback

在给定叶片速度矩Vθr分布、厚度分布和转轮轴面流道几何形状的条件下，实现了混流式水轮机转轮的全三维有旋流动设计。

The design of Francis runner in the three-dimensional rotational flow can be performed according to the V θ r distribution 、 flow channel and the blade with given thickness distribution .

对基于PCC的高速开关阀控制的水轮机调速器的系统结构、控制算法、PCC控制器硬件及软件实现进行了详细的论述。

The system structure , control algorithm , PCC control hardware and the software have been detailed expounded .

ALSTOM水轮机导叶中轴套密封改造

Improvement on the Seal in the Intermediate Guide Vane Stem Bearing of ALSTOM Hydraulic Turbine

因此，在水轮机调速器中直接输入控制系统权矩阵代替常规的PID调节参数，能够根据人为要求实现期望的时域性能指标。

Therefore , direct input of a weight matrix of control system replaces the normal PID regulating parameters for hydraulic turbine governors . The time domainal performance index will be expected according to the demands .

利用PIV流场测试技术，对低比速混流式模型水泵水轮机转轮在水轮机工况下进行了可视化研究。

In this paper , the PIV technology is used to study the flow field of hydraulic pump-turbine model runner in hydraulic turbine condition .

HL（820）－LJ－550水轮机及其在三门峡水电站应用性能分析

Function Analysis of HL ( 820 ) - LJ - 550 Turbine Application in Sanmen Gorge Hydropower Station

与Hilbert-Huang变换的对比验证了该方法在分析水轮机过渡过程非平稳振动信号方面的有效性。

The comparison with Hilbert-Huang transform verifies its feasibility and effectiveness in analyzing the nonstationary vibration signals of hydroturbine during transient processes .

水轮机转速的LMFC－PI控制

LMFC-PI Control of Hydraulic Turbine Speed

利用自适应模糊神经网络（ANFIS）较强的非线性逼近能力，建立了辨识模型，对水轮机非线性特性进行了辨识。

The identifying model of hydraulic turbine based on ANFIS neural networks are established by using the strong approaching ability of ANFIS network .

为了适应水轮机调速系统工况不断变化的控刳要求，本文提出一种将常规PID算法和模糊控制算法结合在一起的复合控制算法。

In order to suit control requirements for variable operational conditions of an hydroturbine regulating system , an assembling control algorithm composed of a conventional PID algorithm and a fuzzy control algorithm is presented in this paper .

某电站10MW灯泡式机组，水轮机联轴螺栓两次发生断裂。

A accident of coupling bolt broken twice took place in a I OMW bulb turbine of hydropower station .

第二章：常规水轮机调速器的特点：并从有利于工程开发应用的角度，提出本文的主要目的和任务：研制新型的DSP水轮机调速器。

Chapter two : Characteristic of the routine hydraulic turbine governor ; And in term of helping the project to develop and adopt , propose the main purpose and task of this text : Develop new-type DSP hydraulic turbine governor .