流程离心泵融合设计技术及应用

Contents前言
本书字符含义
第1章绪论
11背景
12国内外研究现状
121离心泵水力性能预测研究现状
122离心泵转子系统动力学特性预测研究现状
123离心泵机组在线监测和故障诊断研究现状
124智能化流程离心泵机组产品开发研究现状
第2章流程离心泵过流部件的水力设计
21离心泵过流部件的初步设计
211整体设计
212主要过流部件设计
22离心泵全流场数值计算与性能预测
221计算流体力学基本理论
222全流场瞬态数值计算参数设置
223适宜泵实际工况的湍流模型发展
224离心泵水力性能预测
23基于熵产和叶片载荷的离心泵叶片叶型设计
第3章流程离心泵机组转子系统的设计
31转子系统动力学方程及受力分析
32流体激励力表征及求解
33转子系统动力学特性方程
34转子系统动力特性分析与预测
第4章流程离心泵机组结构的设计
41整体设计
42转子系统结构设计
421叶轮结构设计
422转轴设计
423支承系统设计
43叶轮的安装形式
44润滑系统设计
45密封系统设计
46轴向力平衡系统设计
47在线监控及故障诊断系统设计
471整体方案设计
472离心泵信号采集模块设计
473远程监测系统服务器端设计
474离心泵状态信号特征提取
475离心泵运行状态分析
第5章流程离心泵机组设计及应用案例
51大功率加氢进料离心泵机组
52大功率高压除焦水泵机组
53大功率液力透平与加氢进料泵机组
54大功率加氢反应进料高压注水泵
55汽轮机驱动冷凝水泵机组
56大功率高速离心泵机组
561大功率单级高速原料油进料泵
562高速串联加氢注水离心泵机组
57低温离心泵机组
571低温高速液氧泵机组
572大功率低温潜液离心泵机组
58大功率高温油浆泵机组
参考文献
Integration Design Technique and Application
of Processes Centrifugal PumpContentsContents
Preface
Symbol List
Chapter 1Introduction
11Background
12Research Actuality
121Prediction of hydraulic performance
122Prediction of rotor dynamic characteristic
123Online monitoring and fault diagnosis system
124Intelligent product design of centrifugal pump
Chapter 2Hydraulic design of centrifugal pump
21Preliminary hydraulic design
211Integrated design
212Hydraulic design of main flow Passage components
22The whole flow field numerical calculation and performance
prediction
221The theory of computational fluid dynamics
222Parameter settings of the whole flow field numerical calculation
223Development of the appropriate turbulence model under actual working
condition of centrifugal pump
224Performance prediction of centrifugal pump
23Blade design based EGR and blade load analytical method
Chapter 3Design of rotor system of cetrifugal pump
31Rotor dynamic equation and force analysis
32Characterization and solution of fluid exciting force
33Rotor dynamic equation
34Analysis of rotor dynamic characteristic
Chapter 4Structural design of centrifugal pump
41Integrated design
42Design of rotor system
421Structural design of impeller
422Design of pump shaft
423Design of support system
43Installing form of impeller
44Design of lubrication system
45Design of sealing system
46Design of axial force balancing system
47Design of online monitoring and fault diagnosis system
471Integrated design
472Signal acquisition module of cetrifugal pump
473Remote monitoring system server
474Extraction of status signal of centrifugal pump
475Analysis of centrifugal pump operating parameters
Chapter 5Design and application of centrifugal pump
51Highpower hydrogenation feed centrifugal pump unit
52High pressure coke removal cetrifugal pump unit
53Hydraulic turbine and hydrogenation feed pump unit
54High pressure waterinjection pump unit of hydrogenation feed
system
55Condensing water pump unit drived by steam turbine
56High speed centrifugal pump unit
561Single stage high speed oil pump unit
562High speed waterinjection pumps in series of hydrogenation feed
system
57Cryogenic centrifugal pump unit
571High speed liquid oxygen centrifugal pump unit
572Cryogenic submersible centrifugal pump unit
58Highpower oil slurry centrifugal pump