(Ebook) Mechanics Subject Code BE 2104 1st Edition by DP Sharma, LN Panda ISBN 9788131759134 813175913X

(Ebook) Mechanics Subject Code BE 2104 1st Edition by DP Sharma, LN Panda ISBN 9788131759134 813175913X

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ISBN 10: 813175913X
ISBN 13: 9788131759134
Author: DP Sharma, LN Panda

Mechanics: For BPUT has been mapped to the syllabus of the mechanics paper common to all the branches of engineering in the first year at Biju Patnaik University of Technology, Orissa. Difficult-to-understand concepts have been explained with the help of lucid, self-explanatory diagrams. Several solved problems have been included at relevant places. Chapter summaries, review questions and unsolved problems facilitate learning

(Ebook) Mechanics Subject Code BE 2104 1st Edition Table of contents:

Chapter 1: Statics of Particles and Rigid Bodies
Introduction
Basic Concepts and Fundamental Laws of Mechanics
Newton’s Law of Gravitation
Newton’s Laws
The Principle of Transmissibility
System of Forces
Concurrent Forces
Coplanar Forces
Resultant Force
Parallelogram Law of Forces
Triangle Law of Forces
Polygon Law of Forces
Resolution of Force
Resolution of Force in XY-Plane
Rectangular Components of a Force in Space
Composition of Coplanar Forces by Method of Resolution
Moment of Force
Rectangular Components of the Moment
Varignon’s Theorem (Principle of Moments)
Couples
Resolution of a Force Into a Force and a Couple
Reduction of Force-Couple System to Single Force
Free Body Diagram
Equilibrium
Conditions for Equilibrium
Lami’s Theorem
Proof of Lami’s Theorem
Categories of Equilibrium
Solved Problems
Chapter Highlights
Review Questions
Multiple Choice Questions
Chapter 2: Friction
Introduction
Types of Friction
Dry Friction
Film Friction
Boundary (Or Skin) Friction
Static and Kinetic Friction
Laws of Solid Friction (Laws of Coulomb Friction)
Angle of Friction
Angle of Repose
Ladder
Wedge
Equilibrium Force Equations of Wedge
Equilibrium Force Equations of Slider
Journal Bearing
Disc Friction (Thrust Bearing)
Rolling Frictio
Belt Friction
Solved Problems
Chapter Highlights
Review Questions
Multiple Choice Questions
Chapter 3: Centroid and Moment of Inertia
Centre of Gravity
Centroid of Line
Centroid of Area
Centroid of Volume
Centroid of Composite Bodies
For Composite Plates (Constant Thickness)
For Composite Rods
Centroid of Circular Arc
Centroid of Area of Triangle
Centroid of Area of Circular Sector
Double Integration Method
Centre of Gravity of Right Circular Solid Cone
Centre of Gravity of Right Circular Hollow Cone
Centre of Gravity of Solid Hemisphere
Centre of Gravity of Thin Hollow Hemisphere
Theorem of Pappus
Theorem 1: Pappus’s Theorem for Volume
Theorem 2: Pappus’s Theorem for Surface Areas
Area Moment of Inertia
Polar Moment of Inertia
Radius of Gyration
Theorem of Parallel Axes
Proof
Theorem of Perpendicular Axes
Proof
Moment of Inertia of Rectangle
Double Integration Method
Moment of Inertia of Triangle
Moment of Inertia of Circular Area
Mass Moment of Inertia
Theorem of Parallel Axes
Proof
Theorem of Perpendicular Axes
Proof
Moment of Inertia of Uniform Rod
Moment of Inertia of Circular Ring
Moment of Inertia of Disc
Moment of Inertia of Plate
Moment of Inertia of Solid Sphere
Moment of Inertia of Cone
Solved Problems
Chapter Highlights
Review Questions
Multiple Choice Questions
Chapter 4: Plane Trusses and Frames
Introduction
Structural Elements
Tie Rods
Beams
Columns
Types of Structures
Trusses
Cables and Arches
Frames
Machines
Support Conditions
Types of Loadings
Concentrated or Point Load
Uniformly Distributed Load
Uniformly Varying Load
Varying Load
Applied and Reactive Forces
Equations of Equilibrium
Determinacy of Beams
Classification of Truss
Efficient or Perfect Truss
Imperfect Truss
Determinacy of Trusses
Nature of Forces
Basic Assumptions of Truss Analysis
Methods of Truss Analysis
Method of Joints
Method of Sections
Solved Problems
Chapter Highlights
Review Questions
Multiple Choice Questions
Chapter 5: Virtual Work
Introduction
Work of Force
Work of Couple
Virtual Work
Principle of Virtual Work
Active Forces and Active Force Diagram
Sign Conventions
Stability of Equilibrium
Stable Equilibrium
Unstable Equilibrium
Neutral Equilibrium
Solved Problems
Chapter Highlights
Review Questions
Multiple Choice Questions
Chapter 6: Kinematics of Particles and Rigid Bodies
Introduction
Important Terms
Types of Motion
Rectilinear Motion: Velocity and Acceleration
Equations of Motion: Rectilinear
Velocity as a Function of Time
Position as a Function of Time
Curvilinear Motion: Velocity and Acceleration
Rectangular Components of Velocity and Acceleration
Angular Velocity and Angular Acceleration
Angular Velocity
Angular Acceleration
Equations of Motion: Circular
Angular Velocity as a Function of Time
Angular Displacement as a Function of Time
Angular Velocity as a Function of Angular Displacement
Radial and Transverse Velocities
Radial and Transverse Accelerations
Projectiles
Terms Used with Projectiles
Equation of Trajectory
Velocity and Direction of Motion
Maximum Height Attained
Time of Flight
Range
Inclined Plane
Time of Flight
Relative Motion
Solved Problems
Chapter Highlights
Review Questions
Multiple Choice Questions
Chapter 7: Kinetics of Particles and Rigid Bodies
Introduction
Newton’s Law of Gravitational Attraction
Weight
Newton’s Laws of Motion
Newton’s Second Law
Equation of Motion: Rectangular Coordinates
Equation of Motion: Radial and Transverse Components
Equation of Motion in Plane for a Rigid Body
Steps to Solve Problems
D’ Alembert’s Principle
Solved Problems
Chapter Highlights
Review Questions
Multiple Choice Questions
Chapter 8: Work, Energy and Power
Work of a Force
Work of a Constant Force in Rectilinear Motion
Work of the Weight
Work of a Spring Force
Work of a Couple
Power
Efficiency
Energy
Kinetic Energy of Rigid Body
Translation
Rotation about Fixed Axis
Principle of Work and Energy
Conservative and Non-conservative Systems
Conservation of Energy
Solved Problems
Chapter Highlights
Review Questions
Multiple Choice Questions
Chapter 9: Impulse and Momentum
Linear Momentum
Principle of Momentum for a Particle
Impulse
Principle of Linear Impulse and Momentum of a Particle
Conservation of Linear Momentum
Principle of Linear Impulse and Momentum for a System of Particles
Angular Momentum
Law of Angular Momentum
Angular Impulse
Principle of Angular Momentum and Impulse
Conservation of Angular Momentum
Angular Momentum of Rigid Body
Rotation About Fixed Axis
General Plane Motion
Principle of Impulse and Momentum for a Rigid Body
Impact
Central Impact
Coeffcient of Restitution
Oblique Impact
System of Variable Mass
Rocket
Solved oblems
Chapter Highlights
Review Questions
Multiple Choice Questions
Solved Question Papers
Solved Question Papers
Index

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Tags: DP Sharma, LN Panda, Mechanics, Subject Code