Pokhara University Semester 5 Engineering Hydrology Handwritten Notes: Complete BE Civil Engineering Guide

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Pokhara University Semester 5 Engineering Hydrology Handwritten Notes: Complete BE Civil Engineering Guide
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Engineering Hydrology (Semester 5): Comprehensive Course Content & Handwritten Notes Outline

For Semester 5 civil engineering students, Engineering Hydrology is a foundational subject critical for water resource planning, irrigation, and flood management. Below is the detailed breakdown of the major syllabus topics covered in our multiple versions of Engineering Hydrology handwritten notes:

• Unit 1: Introduction

  • Scope and application of engineering hydrology in civil engineering

  • Hydrologic cycle and water balance equation

  • Hydro-meteorological data availability

  • Catchment characteristics and catchment/drainage basin delineation

• Unit 2: Precipitation (Measurement and Analysis)

  • Causes, forms, and types of precipitation

  • Rainfall measurement instruments, types of rain gauges, and station adequacy

  • Data quality assessment, consistency testing (single and double mass curves)

  • Estimation of missing rainfall data

  • Methods for mean areal rainfall estimation (Thiessen Polygon and Isohyetal methods)

  • Presentation of rainfall data (mass curves, hyetographs) and Intensity-Duration-Frequency (IDF) curves

• Unit 3: Hydrological Losses

  • Evaporation and potential evapotranspiration estimation

  • Infiltration process, Horton’s equation, and infiltration indices ($\phi$-index and $W$-index)

• Unit 4: Runoff and Streamflow Measurement

  • Measurement of stream discharge using velocity-area (current meter, float) and slope-area methods

  • Stage-discharge relationship and rating curves

• Unit 5: Runoff and Hydrograph Analysis

  • Runoff characteristics and baseflow separation techniques

  • Unit Hydrograph (UH) theory: definition, applications, limitations, and duration

  • Derivation of unit hydrographs from isolated and complex storms, and conversion of durations

• Unit 6: Flood Hydrology and Design Flood Estimation

  • Estimation of design flood frequency and return periods

  • Empirical formulas and statistical methods for flood estimation (Rational method, Gumbel’s Extreme Value Type-I, Log-Pearson Type III, etc.)

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