定 價:¥49.00
作 者: | 北京川流科技開發(fā)中心,費永法,呂潔,曾欣 等著 |
出版社: | 中國水利水電出版社 |
叢編項: | |
標 簽: | 暫缺 |
ISBN: | 9787517081708 | 出版時間: | 2020-01-01 | 包裝: | |
開本: | 頁數(shù): | 字數(shù): |
序一
序二
前言
1 緒論
1.1 澇災
1.1.1 澇區(qū)類型及其排水特點
1.1.2 氣象條件
1.1.3 澇災成因及損失
1.2 治澇水文計算的目的
1.3 治澇水文計算的特點
1.3.1 依據(jù)降雨資料計算
1.3.2 需要考慮調蓄作用的影響
1.3.3 需要考慮不同保護對象的要求
1.3.4 需要考慮不同排水方式
1.4 排澇模數(shù)及其影響因素
1.4.1 排澇模數(shù)
1.4.2 排澇模數(shù)的影響因素
1.5 治澇水文計算的任務
思考題
參考文獻
2 國內外治澇水文計算方法簡介
2.1 國內治澇水文計算現(xiàn)狀
2.1.1 我國治澇水文計算主要方法
2.1.2 治澇水文計算存在的問題
2.2 國外治澇水文計算的主要方法
2.2.1 常規(guī)方法
2.2.2 模型法
思考題
參考文獻
3 農區(qū)常規(guī)治澇水文計算
3.1 設計暴雨
3.1.1 設計暴雨時段長
3.1.2 設計暴雨計算
3.2 產流計算
3.2.1 降雨徑流關系法
3.2.2 扣損法
3.2.3 徑流系數(shù)法
3.3 排澇流量計算
3.3.1 排澇模數(shù)經驗公式法
3.3.2 平均排除法
3.3.3 單位線法
3.3.4 總入流槽蓄演算法
3.3.5 水量平衡法
3.4 不同方法對排澇模數(shù)的影響分析
3.4.1 不同方法對自排模數(shù)的影響分析
3.4.2 不同抽排參數(shù)的影響分析
3.5 山丘平原混合區(qū)排澇流量計算
3.5.1 山區(qū)平原混合區(qū)綜合單位線法
3.5.2 分區(qū)產匯流合成法
3.5.3 山區(qū)平原混合區(qū)的平均排除法
3.6 撇洪溝設計流量計算
思考題
參考文獻
4 模型法計算排澇流量
4.1 河網(wǎng)水力學模型
4.1.1 一維水力學模型基本形式
4.1.2 方程組求解方法
4.1.3 應用實例
4.2 平原水文模型
4.2.1 模型結構
4.2.2 模型計算
4.2.3 模型率定和檢驗
4.2.4 參數(shù)地區(qū)規(guī)律分析
4.2.5 模型的運用
思考題
參考文獻
5 城區(qū)治澇水文計算
5.1 一般城區(qū)治澇水文計算
5.1.1 城市治澇水文計算的特點
5.1.2 小區(qū)管網(wǎng)排水流量計算
5.1.3 城市排水河道設計流量計算
5.1.4 小區(qū)管網(wǎng)排水流量計算方法與河道排澇流量關系簡析
5.2 海綿城市排澇水文計算
5.2.1 海綿城市的概念
5.2.2 影響海綿城市排澇能力的主要措施
5.2.3 海綿城市排澇流量計算
思考題
參考文獻
6 承泄區(qū)設計排澇水位和潮位
6.1 內河湖泊排澇水位
6.1.1 自排河湖起始水位
6.1.2 泵站抽排外河設計水位
6.2 沿海洼地、感潮河段排澇潮型和排澇潮位
6.2.1 海潮及其與排澇的關系
6.2.2 設計排澇潮位和排澇潮型計算
思考題
參考文獻
CONTENTS
Preface1
Preface2
Foreword
1 General
1.1 Waterlogging Disaster
1.1.1 Types of Waterlogged Areas and Their Drainage Characteristics
1.1.2 Meteorological Conditions
1.1.3 Causes of Waterlogging Disaster and Losses
1.2 Purpose
1.3 Characteristics
1.3.1 Calculation Based on Storm Data
1.3.2 Regulation and Storage Influences
1.3.3 Requirements of Different Protected Objects
1.3.4 Different Drainage Methods
1.4 Waterlogging Drainage Modulus and Its Influencing Factors
1.4.1 Modulus of Waterlogging Drainage
1.4.2 Modulus Influencing Factors
1.5 Task
Questions
Bibliography
2 Introduction to Waterlogging Hydrological Calculation Methods in China and Other Countries
2.1 Waterlogging Hydrological Calculation Methods Applied in China
2.1.1 Main Methods Applied in China
2.1.2 Problems in Waterlogging Hydrological Calculations
2.2 Main Waterlogging Hydrological Calculation Methods Applied in Other Countries
2.2.1 Conventional Methods
2.2.2 Modelling Methods
Questions
Bibliography
3 Conventional Waterlogging Hydrologic Calculations for Rural Areas
3.1 Design Storm
3.1.1 Design Storm Duration
3.1.2 Design Storm Calculation
3.2 Runoff Generation
3.2.1 Rainfall-Runoff Relation Method
3.2.2 Loss Reduction Method
3.2.3 Runoff Coefficient Method
3.3 Waterlogging Drainage Discharge Calculation
3.3.1 Empirical Equation Method with Waterlogging Drainage Modulus
3.3.2 Average Exclusion Method
3.3.3 Unit Hydrograph Method
3.3.4 Total Inflow Channel Storage Routing Method
3.3.5 Water Volume Balance Method
3.4 Analysis of Different Methods’Influence on Waterlogging Drainage Modulus
3.4.1 Analysis of Different Methods’Influenceon Gravity Drainage Modulus
3.4.2 Analysis of Different Pumping Parameters’Influence on Waterlogging Drainage Modulus
3.5 Calculation of Waterlogging Drainage Discharge in Hilly Plain Areas
3.5.1 Comprehensive Unit Hydrograph Method for Hilly Plain Areas
3.5.2 Zoned Runoff Generation and Concentration Method
3.5.3 Average Exclusion Method for Hilly Plain Areas
3.6 Calculation of Design Discharge in Flood Intercepting Channel
Questions
Bibliography
4 Modelling Method for Calculating Drainage Discharge
4.1 Hydraulic Model for Water Network Areas
4.1.1 Basic Form of 1-D Hydraulic Model
4.1.2 Equation Set Solving Method
4.1.3 Examples
4.2 Hydrologic Model for Plain Area
4.2.1 Model Structure
4.2.2 Model Calculation
4.2.3 Model Calibration and Checking
4.2.4 Analysis of Modelling Parameters for Different Types of Zones
4.2.5 Model Application
Questions
Bibliography
5 Hydrologic Calculations for Waterlogging Control in Urban Areas
5.1 Calculation for Ordinary Urban Areas
5.1.1 Urban Waterlogging Calculation Characteristics
5.1.2 Residential Area Sewer System Discharge Calculation
5.1.3 Urban Drainage Channel Design Discharge Calculation
5.1.4 Relationship Between Residential Area Sewer System Discharge and Urban Drainage Channel Design Discharge
5.2 Calculation for Sponge City Areas
5.2.1 Concept of Sponge City
5.2.2 Low Impact Development Measures for Urban Areas
5.2.3 Drainage Discharge Calculation for Sponge City Area
Questions
Bibliography
6 Design Water Stage and Tide Stage for Waterlogging Drainage in Drainage Receiving Areas
6.1 Waterlogging Drainage Stage for Inland River or Lake
6.1.1 Initial Stage in Riveror Lake for Gravity Drainage
6.1.2 Design Stage in Drainage Receiving River for Pumping Drainage
6.2 Waterlogging Drainage Tide Types and Tide Stage in Coastal Swale or Tidal River Reach
6.2.1 Tide and Its Relationship with Waterlogging Drainage
6.2.2 Calculation of Design Tide Stage and Waterlogging Drainage Tide Types
Questions
Bibliography