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        • Fundamental of Electrical and Electronics Engineering
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        • Engineering Mechanics I
      • 2 ▸
        • Engineering Mathematics II
        • Engineering Chemistry
        • Engineering Thermodynamics I
        • Machine Drawing
        • Engineering Mechanics II
        • Workshop Technology
      • 3 ▸
        • Engineering Mathematics III
        • Material Science
        • Strength of Materials
        • Applied Thermodynamics and Heat Transfer
        • Fundamentals of Aerospace Engineering
        • Introduction to CubeSats
        • Composite Materials
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        • Probability and Statistics
        • Electrical Machines
        • Computer Aided Design
        • Fluid Mechanics with Engineering Applications
        • Theory of Machine
        • Monitoring and Instrumentation
        • Aircraft Manufacturing Process
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        • Control System and Automation
        • Machine Design
        • Numerical Methods
        • Avionics
        • Continuum Mechanics
        • Aircraft Propulsion
        • Aerodynamics
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        • Aviation Maintenance Engineering
        • Aircraft Systems
        • Flight Dynamics
        • Unmanned Aerial Systems
        • Finite Element Analysis
        • Elective I
      • 7 ▸
        • Aircraft Preliminary Design
        • Computational Fluid Dynamics
        • Aircraft Structures
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        • Aviation Professional Practice
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      • 6 ▸
        • TRANSPORTATION ENGINEERING II
        • SANITARY ENGINEERING
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        • IRRIGATION & DRAINAGE ENGINEERING
        • DESIGN OF STEEL & TIMBER STRUCTURE
        • SURVEY FIELD PROJECT
        • CIVIL ENGINEERING PROJECT I
      • 7 ▸
        • DESIGN OF R.C.C
        • ENGINEERING PROFESSIONAL PRACTICE
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        • CONSTRUCTION PROJECT MANAGEMENT
        • ELECTIVE II
        • CIVIL ENGINEERING PROJECT II
      • 8 ▸
        • PROJECT III
        • DESIGN OF BRIDGE
        • AIRPORT ENGINEERING
        • STRUCTURAL DYNAMICS
        • ENVIRONMENTAL IMPACT ASSESSMENT
        • DESIGN OF EARTHQUAKE RESISTANCE STRUCTURE
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Soil Mechanics Books

Pokhara University Semester 4 Soil Mechanics Important Books: GTE 252 Study Resources and Preparation Guide
Soil Mechanics Books

Pokhara University Semester 4 Soil Mechanics Important Books: GTE 252 Study Resources and Preparation Guide

 Finding the right Pokhara University Semester 4 Soil Mechanics Important Books can make a significant difference in how effectively you prepare for your BE Civil Engineering examinations. Soil Mechanics involves …

Welcome to the ultimate digital bookshelf and textbook hub for GTE 252: Soil Mechanics. Tailored specifically for Bachelor of Civil Engineering students (Year II, Semester IV), this section features recommended reference books, core textbooks, standard engineering manuals, and downloadable book chapters aligned with the official syllabus.

Course & Reference Book Overview

Course Code: GTE 252 (3 Credits)
Course Title: Soil Mechanics (Theory & Practical)
Total Teaching Hours: 45 Hours
Recommended Reading: Standard Textbooks, Author Solutions, & Laboratory Manuals

Syllabus Coverage in Textbooks

Unit 1: Introduction, Soil Phases, Properties & Classification (8 hrs)
Reference books cover rock cycles, soil formation processes, phase diagrams, and index properties. Textbooks detail grain size distribution (sieve and hydrometer analysis), consistency limits, clay minerals (Montmorillonite, Kaolinite, Illite), and standard classification systems (USCS, AASHTO, ISCS, Textural).

Unit 2: Compaction of Soil (5 hrs)
Textbook chapters explore compaction theory, dry density-moisture content relationships, lab test methodologies, and field compaction equipment. Books also explain field density tests (Core Cutter, Sand Cone, Rubber Balloon, Water Displacement) and relative compaction calculations.

Unit 3: Permeability, Capillarity, Seepage & Effective Stress (10 hrs)
Covers textbook derivations for Darcy’s Law, coefficient of permeability determination, surface tension, capillary rise, quicksand condition, and liquefaction. Literature includes equivalent permeability in stratified soils, flow nets, Laplace equations, seepage through earthen dams, and effective stress principles.

Unit 4: Stress Distribution below Applied Vertical Load (6 hrs)
Textbook chapters detail stress propagation theories by Boussinesq and Westergaard, pressure bulbs, vertical stress variations across planes, and loads on line/strip/circular/rectangular areas using Newmark’s and Fadum’s charts.

Unit 5: Compressibility & Consolidation of Soil (8 hrs)
Reference books explain 1D consolidation theory, Terzaghi’s spring analogy, lab consolidation tests, void ratio-pressure relationships, pre-consolidation pressure determination, settlement calculations, and time-fitting methods.

Unit 6: Shear Strength & Slope Stabilization (8 hrs)
Covers Mohr-Coulomb failure criteria, Mohr circle analysis, principal stresses, and lab strength test procedures (Direct Shear, Triaxial CD/CU/UU, Unconfined Compression, Vane Shear). Textbooks discuss shear strength behavior in sands/clays, slope failure mechanisms, factor of safety calculations, and slope stabilization techniques.

Explore the collection below to download reference books, standard textbook PDFs, and author solution manuals for GTE 252.

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