水文學

了解水文學之基本概念及其在水利工程上之重要性,包括水文循環中每一過程之物理機制、水文觀測、水文頻率分析、降雨-逕流分析、水文設計等介紹

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出席 20% 作業 25% 期中考 25% 期末考 30%

• Hydrologic Principles

  1. Introduction to hydrology 2. Hydrology cycle 3. Weather systems 4. Precipitation 5. Evaporation and ET 6. Infiltration loss 7. Stream flow and the hydrograph 8. Hydrologic measurement

• Hydrologic Analysis

  1. Watershed concepts 2. Rainfall-Runoff 3. Hydrograph analysis 4. Unit hydrograph theory 5. Synthetic unit hydrograph development 6. Application of unit hydrographs 7. Conceptual models

• Frequency Analysis

  1. Probability concepts 2. Random variables and probability distributions 3. Return period or recurrence interval 4. Common probability models 5. Graphical presentation of data

• Flood Routing

  1. Hydrologic and hydraulic routing 2. River and reservoir routing concepts 3. Governing equations for hydraulic river routing

• Hydrologic Simulation Models

  1. Introduction to hydraulic models 2. Steps in watershed modeling 3. Description of major hydraulic models

• Urban Hydrology

  1. Characteristics of urban hydrology 2. Rainfall analysis 3. Methods for quantity analysis 4. Sewer system hydraulics 5. Control options

• Floodplain Hydraulics

  1. Uniform flow 2. Uniform flow computations 3. Specific energy and critical flow 4. Occurrence of critical depth 5. Nonuniform flow of gradually varied flow 6. Gradually varied flow equations 7. Classification of water surface profiles 8. Hydraulics jump 9. Introduction to the HEC-2 model

• Ground water Hydrology

  1. Properties of ground water 2. Ground water movement 3. Flow net 4. General flow equations 5. Dupuit equation 6. Steady-state well hydraulics 7. Unsteady-state well hydraulics

Bedient, P. B. and Huber, W. C. Hydrology and Floodplain Analysis, 4th ed, Addison-Wesley Co., 2008. 請遵守智慧財產權觀念,不得非法影印。

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