Hydraulics Books – Aarogya K.C.

Pokhara University Semester 4 Hydraulics Important Books: WRE 211 Reference Books and Study Guide

Finding the right study materials for Hydraulics can make a significant difference in how effectively civil engineering students prepare for their semester examinations. For students studying Bachelor of Civil Engineering …

Welcome to the ultimate resource for recommended textbooks, reference manuals, and solution guides for Hydraulics (Course Code: WRE 211), a core 3-credit course designed for Bachelor in Civil Engineering (BE Civil) students (Level: Bachelor | Year: II | Semester: IV). This category features standard textbooks and reference materials tailored to cover the complete 45-hour theory and practical syllabus.

Course & Book Overview

Course Title: Hydraulics (WRE 211)
Program: Bachelor in Civil Engineering
Category Focus: Standard Textbooks, Reference Books, and Manuals
Credit Hours: 3 (Theory: 45 Hours + Practical)
Evaluation: Full Marks: 100 | Pass Marks: 45

Syllabus Coverage in Hydraulics Textbooks
Find reference books and chapters organized directly by the official syllabus modules:

1. Laminar and Turbulent Flow in Pipes (6 Hours)
Books covering fluid movement inside conduits, Reynolds’ experiments, Hagen-Poisseuille equation, Prandtl’s mixing length theory, Darcy-Weisbach equation, Moody’s diagram, Nikuradse’s experiment, and Colebrook-White friction factor calculations.

2. Pipe Flow Systems & Networks (9 Hours)
Textbooks focusing on head loss calculations, major and minor losses, HGL and TEL lines, series/parallel pipe systems (Dupuit’s equation), economic pipe diameter, siphon applications, and pipe network analysis using the Hardy-Cross method.

3. Water Hammer in Pipes (4 Hours)
Reference books explaining unsteady flow phenomena, water hammer causes and effects, pressure wave propagation in rigid/elastic pipes, and pressure rise calculations for valve closures.

4. Fundamentals of Open Channel Flow (3 Hours)
Introductory textbook chapters on free-surface flows, differences between pipe and channel flows, open channel classifications, flow regimes, and geometric properties.

5. Uniform Flow in Open Channels (6 Hours)
Textbooks covering uniform flow conditions, boundary shear stress, Manning’s and Chezy’s equations, roughness coefficients, normal depth, and structural design of the most economic channel sections (rectangular, triangular, trapezoidal, circular).

6. Energy and Momentum Principles (6 Hours)
Reference guides detailing specific energy diagrams, critical depth computations, alternate depths, specific force curves, conjugate depths, channel width reductions, bed rises, Venturi flumes, and broad-crested weirs.

7. Gradually Varied Flow (GVF) Analysis (6 Hours)
Books covering non-uniform steady flows, dynamic equations of GVF, channel bed slope classifications, flow profile characteristics, and numerical methods (Graphical Integration, Direct Step, and Standard Step methods).

8. Rapidly Varied Flow: Hydraulic Jump (5 Hours)
Textbook material examining Hydraulic Jumps, jump variables (conjugate depths, length, height), energy loss calculations, and classifications based on Froude number and tailwater conditions.

Browse through this category to download PDF textbooks, reference book lists, syllabus-aligned chapter links, and author recommended solution books for WRE 211 Hydraulics.