Chapter 1: Introduction
Chapter 2: Working Stress Method
Chapter 3: Limit Stress Method
Chapter 4: Design for Shear
Chapter 5: Design for Bond
Chapter 6: Design of Slab
Chapter 7: Design of Column
Chapter 8: Design of Foundation
Chapter 9: Design of Retaining Wall
Chapter 1: Properties of Fluids
Chapter 2: Pressure and its Measurements
Chapter 3: Buoyancy And Flotation
Chapter 4: Fluid Kinematics
Chapter 5: Fluid Dynamics
Chapter 6: Dimensional Analysis
Chapter 7: Pipe Flow
Chapter 8: Laminar Flow
Chapter 9: Boundary Layer Theory
Chapter 1: Water Supply Engineering : Introduction
Chapter 2: Water Supply Engineering : Water Quality Parameter
Chapter 3: Water Supply Engineering : Water Treatment
Chapter 4: Water Supply Engineering : Miscellaneous
Chapter 1: Introduction
Chapter 2: Index Properties of Soil
Chapter 3: Classification of Soil
Chapter 4: Soil Structure & Clay Minerals
Chapter 5: Effective Stress
Chapter 6: Permeability
Chapter 7: Seepage Analysis
Chapter 8: Compaction of Soil
Chapter 9: Consolidation of Soil
Chapter 10: Shear Strength of Soil
Chapter 11: Earth Pressure
Chapter 12: Slope Stability
Chapter 13: Shallow Foundation
Chapter 14: Pile Foundation
Chapter 1: Unit of Measurement
Chapter 2: Quantity of materials
Chapter 3: Earth work in canal
Chapter 4: Types of Estimation
Chapter 5: Miscellaneous
Chapter 6: Valuation
Chapter 1: Chain Survey
Chapter 2: Angular Measurement & Compass Survey
Chapter 3: Traverse Survey
Chapter 4: Levelling Survey
Chapter 5: Theodolite Survey
Chapter 6: Plane Table Survey
Chapter 7: Tacheometric Survey
Chapter 8: Curve and Curve Setting
Chapter 9: Area and Volume Measurement
Chapter 1: Introduction
Chapter 2: Geometric design of highway
Chapter 3: Traffic Engg.
Chapter 4: Design of pavement
Chapter 5: HighwayMaterial
Chapter 1: CEMENT
Chapter 2: LIME
Chapter 3: MORTAR
Chapter 4: BRICKS
Chapter 5: TIMBER
Chapter 6: STONE
Chapter 7: Paint and Varnish
Chapter 8: Flooring
Chapter 9: Formwork and Stuttering
Chapter 10: ARCH
Chapter 11: ROOFS
Chapter 12: Storing and Underpinning
Chapter 1: Stress and Strain
Chapter 2: properties of Material
Chapter 3: Elastic Constants
Chapter 4: Centroid & Moment of Inertia
Chapter 5: Bending Moment and Shear Force Diagram
Chapter 6: Bending Stress in Beam
Chapter 7: Shear Stress in Beam
Chapter 8: Torsion in shaft
Chapter 9: Principal Stress and Strain
Chapter 10: Deflection of Beam
Chapter 11: Thin Cylinder and Spherical Shells
Chapter 12: Column & Struts
Chapter 13: Theories of Failure
Chapter 14: Spring
Chapter 15: Strain Energy Method
Chapter 1: Generation of Electrical Energy
Chapter 2: Economics and operating factor
Chapter 3: Transmission line parameter
Chapter 4: Performance of transmission line
Chapter 5: Supply systems
Chapter 6: Mechanical design of overhead lines
Chapter 7: Distribution system
Chapter 8: Switchgear and protection
Chapter 9: Underground cable
