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 10: Hydraulic Machine : Impact of Jet
Chapter 11: Hydraulic Machine : turbine
Chapter 12: Hydraulic Machine : Pump
Chapter 13: -Properties of Fluids
Chapter 14: -Pressure and its Measurements, Buoyancy And Flotation
Chapter 15: -Fluid Kinematics, Fluid Dynamics
Chapter 16: -Dimensional Analysis
Chapter 17: -Pipe Flow
Chapter 18: - Hydraulic Machine : Impact of Jet
Chapter 19: - Hydraulic Machine : turbine
Chapter 20: - Hydraulic Machine : Pump
Chapter 1: Stress and Strain
Chapter 2: Stress- Strain : Introduction
Chapter 3: Poissons Ratio : Introduction
Chapter 4: properties of Material
Chapter 5: Elastic Constants : Introduction
Chapter 6: Elastic Constants
Chapter 7: Centroid & Moment of Inertia
Chapter 8: Principal Stresses & Planes :Intro
Chapter 9: BCTQ Series
Chapter 10: Bending Moment and Shear Force Diagram
Chapter 11: Bending Stress & Shear Stress in Beam
Chapter 12: BCTQ Series
Chapter 13: BCTQ Series
Chapter 14: Torsion in shaft
Chapter 15: BCTQ Series
Chapter 16: BCTQ Series
Chapter 17: Principal Stress and Strain
Chapter 18: Deflection of Beam
Chapter 19: BCTQ Series
Chapter 20: BCTQ Series
Chapter 21: Thin Cylinder and Spherical Shells
Chapter 22: Column & Struts
Chapter 23: BCTQ Series
Chapter 24: Theories of Failure
Chapter 25: Spring
Chapter 26: Strain Energy Method
Chapter 27: -Introduction
Chapter 28: -Stress-Strain , Properties of Material , Elastic Constants
Chapter 29: -Centroid & MOI , Bending Stress in Beam
Chapter 30: -Torsion In Shaft
Chapter 31: -SFD & BMD
Chapter 1: Introduction
Chapter 2: Force Analysis
Chapter 3: Moment Analysis
Chapter 4: Equilibrium of Rigid Bodies
Chapter 5: Plane Truss and Frames
Chapter 6: Centre of Gravity and Moment of Inertia
Chapter 7: Friction
Chapter 8: miscellaneous Topics
Chapter 9: - Force Analysis & Equilibrium of Rigid Bodies
Chapter 10: -Friction
Chapter 1: Basic Concepts of Thermodynamics
Chapter 2: Zeroth Law of Thermodynamics
Chapter 3: Energy Interaction
Chapter 4: First Law of Thermodynamics
Chapter 5: Second Low of Thermodynamics & Entropy
Chapter 6: Available and Unavailable Energy
Chapter 7: Pure Substance
Chapter 8: Thermodynamic Relations
Chapter 9: -Basic Concepts & 1st law of Thermodynamics
Chapter 10: -Second Low of Thermodynamics & Entropy
Chapter 11: -Pure Substance
Chapter 1: INTRODUCTION OF I.C.ENGINE
Chapter 2: Air Standard Cycles
Chapter 3: Working of I.C. Engine & Engine Performance Parameters
Chapter 4: Comparison of 2-Stroke and 4-Stroke Engine
Chapter 5: Comparison of SI and CI Engine
Chapter 6: Difference between theoretical and Actual P-V Diagram
Chapter 7: Difference between theoretical and Actual Valve Timing Diagram
Chapter 8: Testing of I.C Engine
Chapter 9: Combustion in SI Engine
Chapter 10: Combustion in CI Engine
Chapter 11: Air Pollution Firing Order, Supercharging, Diesel Fuel Injection
Chapter 12: -Air Standard Cycles
Chapter 13: -I.C Engine Combustion
Chapter 14: - Performance Parameters
Chapter 15: - Lubrication and cooling system
Chapter 16: Air-Fuel Supply System and Fuel Used
Chapter 17: Cooling System & Coolants & Properties
Chapter 18: Lubrication System & Lubricant & Properties
Chapter 19: Ignition System & System Equipment
Chapter 20: MPFI & CRDI System
Chapter 21: SI & CI Engine Combustion Chambers
Chapter 22: Emission Standards of BS 1,2,3,4 & 6
Chapter 1: Basic and Introduction
Chapter 2: Vapour Compression Refrigeration System (VC Cycle)
Chapter 3: Air Refrigeration System
Chapter 4: Vapour Absorption Refrigeration System
Chapter 5: Refrigerents
Chapter 6: Air Conditioning
Chapter 7: Refrigerating Equipments
Chapter 1: Introduction
Chapter 2: Regeneration in Gas Turbine
Chapter 3: Reheating and Intercooling in Gas Turbine
Chapter 4: Rankine Cycle
Chapter 5: Nozzle
Chapter 6: Steam Turbine
Chapter 7: Boiler
Chapter 8: -Gas Turbine
Chapter 9: -Rankine Cycle
Chapter 10: -Steam Turbine & Nozzle
Chapter 11: -Boiler
Chapter 1: Mechanism & Machines
Chapter 2: Velocity & Accleration Analysis
Chapter 3: Gear & Gear Trains
Chapter 4: Single Slider Crank Chain Kinematic & Dynamic Analysis and Flywheel
Chapter 5: Flywheel
Chapter 6: Governor
Chapter 7: Balancing
Chapter 8: Cam and Follower Mechanism
Chapter 9: Gyroscope
Chapter 10: Vibration
Chapter 1: Belts & Pulley
Chapter 2: Bearings
Chapter 3: Clutches
Chapter 4: Riveted Joint
Chapter 5: Welded and BoltedJoint
Chapter 6: Fatigue design of Shaft
Chapter 7: Miscellaneous
Chapter 1: Crystal Structure
Chapter 2: Crystal Imperfection
Chapter 3: Phase & Phase Diagrams
Chapter 4: Heat Treatment Process
Chapter 5: Miscellaneous concepts
Chapter 1: Introduction
Chapter 2: Conduction heat transfer
Chapter 3: Heat Transfer From Extended Surface
Chapter 4: Unsteady state conduction heat transfer & Concept of heisler chart
Chapter 5: Heat Exchanger
Chapter 6: Radiation Heat Transfer
Chapter 7: Convection Heat Transfer
Chapter 8: Heat Transfer with change of phase
Chapter 1: Break Even Analysis
Chapter 2: Inventory Control
Chapter 3: Pert & CPM
Chapter 4: Sequencing
Chapter 5: Production system & Plant Layout
Chapter 6: Production Planning & Control
Chapter 7: Miscellenious
Chapter 1: Introduction & Commands
Chapter 2: Commands
Chapter 3: Command Summery
Chapter 4: Work Book
Chapter 1: Classification & components
Chapter 2: Chassis Layout & Alignment
Chapter 3: Alternative Arrangements for Engine Position & Wheel Drives
Chapter 4: Final drives
Chapter 1: Power transmission system
Chapter 2: auto electrical equipment and system
Chapter 3: Brakes, Braking system
Chapter 4: Frames
Chapter 5: suspension system
Chapter 6: Steering System
Chapter 1: Types of wheels & its alignment
Chapter 2: Tyre & Specification
Chapter 3: Tyre troubles & repairing
Chapter 1: important provisions of Motor Vehicle Act and Rules
Chapter 2: Roadworthiness requirements of auto vehicles
Chapter 3: Driving inspection and Road testing of Auto vehicles
Chapter 1: BCTQ
Chapter 1: Technical Session - 1 (Thermodynamics)
Chapter 2: Technical Session - 2 (IC Engine)
Chapter 3: Technical Session - 3 (RAC)
Chapter 4: Technical Session - 4 (Power Plant)
Chapter 5: Technical Session - 5 (FM & HM)
Chapter 6: Technical Session - 6 (SOM)
Chapter 7: Technical Session - 7 (TOM)
Chapter 8: Technical Session - 8 (Machine Design)
Chapter 9: Technical Session - 9 (Material Science)
Chapter 10: Technical Session - 10 (Production Engineering)
Chapter 1: Theory of Metal Cutting : Basic
Chapter 2: Theory Of Metal Cutting : Analysis
Chapter 3: Theory Of Metal Cutting : Tool Life
Chapter 4: Machine Tool : Lathe Machine
Chapter 5: Machine Tool : Shaper , Sloter & Planner Machine
Chapter 6: Machine Tool : Milling Machine
Chapter 7: Machine Tool : Grinding Machine
