(Ebook) Engineering mechanics 1st Edition by Kumar, Veenu Kumar ISBN 9780070681811, 0070681813

(Ebook) Engineering mechanics 1st Edition by Kumar, Veenu Kumar ISBN 9780070681811, 0070681813

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Product details: 

ISBN 10: 0070681813

ISBN 13:  9780070681811

Author: K. L. Kumar; Veenu Kumar 

Engineering Mechanics by K. L. Kumar is a comprehensive and widely used textbook tailored for undergraduate engineering students. The book presents a systematic treatment of statics and dynamics, essential branches of mechanics, using a combination of theoretical exposition, detailed illustrations, and solved problems.

It emphasizes:

Fundamental concepts of forces, moments, equilibrium, kinematics, and kinetics.

Extensive use of free-body diagrams and vector analysis.

Applications of Newton’s laws, D’Alembert’s principle, work-energy methods, and impulse-momentum approaches.

Thorough exploration of particles and rigid body dynamics.

Use of SI units throughout the text, consistent with modern academic and industrial standards.

Table of contents: 

Part 1: Foundations and Principles

• Ethics and Moral Development

• Ethics and Society

• Ethics and Moral Reasoning

Part 2: Communication Scenarios

• Truth and Honesty in Media Communications

• The Media and Privacy: A Delicate Balance

• Confidentiality and the Public Interest

• Conflicts of Interest

• Economic Pressures and Social Responsibility

• The Media and Antisocial Behavior

• Morally Offensive Content: Freedom and Responsibility

• Media Content and Juveniles: Special Ethical Concerns

• Media Practitioners and Social Justice

• Stereotypes in Media Communications

The Many Worlds of Drink in Europe and America

• Puritans in Taverns: Law and Popular Culture in Colonial Massachusetts

• Social Drinking in Old Regime Paris

• “Parliaments of the People”: The Political Culture of Cafés in the Early Third Republic

• The Tavern and Politics in the German Labor Movement

• Decay from Within: The Inevitable Doom of the American Saloon

• Student Drinking in the Third Reich: Academic Tradition and the Nazi Revolution

Politics, Ideology, and Power

• Against the Flowing Tide: Whiskey and Temperance in the Making of Modern Ireland

Chapter One: Healing Magic and Udug-hul Incantations

• History of the Present Text Edition

• History of the Text of Udug-hul / Utukkū Lemnūtu

• UH Incipits and Manuscripts

• Ritual Content of UH Incantations

Chapter Two: Survey of Mesopotamian Magic

• Legitimacy

• Formal vs. Folk Magic

• Magic as Theory

• Incantation Prayer, Individual Voice

• Magic and Divination

Chapter Three: Udug-hul as Healing Arts

• Exorcist as Diagnostician

• Assyrian Court Memorandum

• Conclusion

Chapter Four: Text Score of Udug-hul

• Udug-hul Tablets 1–16

• Marduk’s Address to the Demons

Chapter Five

• Collations and Corrections of Forerunners to Udug-hul

• Appendix Day 630

Engineering Mechanics: Statics Overview

Introduction to Engineering and Mechanics

• Engineering and “Engineering Sciences”

• Mechanics and Its Relevance to Engineering

• Different Formulations of Mechanics

• Foundational Concepts

• Frames of Reference

• Idealization of Bodies

• External and Internal Forces

• Principle of Transmissibility of Force

• Concept of Free-Body Diagram

• Laws of Motion

• Law of Gravitation – Weight of a Body

• Concept Review Questions

• Multiple-Choice Questions

Review of SI Units and Vectors

• SI Units and Base Units

• SI Derived Units

• Units of Common Physical Quantities

• Multiples and Submultiples

• Conversion Factors

• Useful Constants

• Properties of Water, Mercury, and Air

• Test Your SI Power

Vectors and Operations

• Numbers, Scalars and Vectors

• Addition and Resolution of Vectors

• Products and Derivatives

• Gradient, Divergence, Curl

• Velocity and Acceleration

• Other Vector Quantities

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Forces and Moments

• Force and Moment Concepts

• Force Fields: Linear, Plane, and Spatial

• Distributed Force Fields

• Force System Acting on a Body

• Resultants and Principles

• Gravitational and Hydrostatic Forces

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Equilibrium and Applications

• Equilibrium under Coplanar and Spatial Forces

• Forces in Trusses and Frames

• Shear Force and Bending Moment in Beams

• Friction and Lifting Machines

• Moment of Inertia

• Human Experiences: Gyroscopes and Pendulums

• Elastic Impacts

Equilibrium in Mechanics

• Free-Body Diagrams

• Reactions by Supports

• Equilibrium of Particles and Rigid Bodies

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Structures and Beams

• Types of Structures

• Internal Forces: Tension and Compression

• Methods of Analysis: Joints, Sections, Tension Coefficients

• Shear Force and Bending Moment

• Loading and Bending Relationships

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Friction and Machines

• Friction and Impending Motion

• Rolling Resistance

• Cylinders, Band Brakes, Screw Jacks

• Disc and Bearing Friction

• Machines: Input and Output

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Centroids and Centres

• Centroid, Centre of Mass, Centre of Gravity

• Composite Lengths, Areas, and Volumes

• Pappus-Guldinus Theorems

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Kinematics of Particles

• Kinematic Concepts

• Rectilinear and Curvilinear Motion

• Motion in Different Coordinate Systems

• Motion in Moving Frames

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Kinetics of Particles

• Equations of Motion

• D’Alembert Principle

• Work, Energy, and Power

• Impulse and Momentum

• Conservation Laws

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Kinematics of Rigid Bodies

• Types of Motion

• Fixed-Axis Rotation

• Rigid-Body Fluid Motion

• Instantaneous Centres

• Relative Velocity and Acceleration

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Inertia and Rigid-Body Dynamics

• Inertial Concepts: Area and Mass

• Parallel-Axis Theorems

• Composite Sections and Bodies

• Principal Axes and Moments of Inertia

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Rigid-Body Motion

• Translation and Rotation

• Plane Motion and Work-Energy Formulation

• Impulse-Momentum for Plane Motion

• General Motion and Gyroscopic Action

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Impact and Central Force Motion

• Types of Impact and Restitution

• Central Collisions and Satellite Motion

• Kepler’s Laws

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Virtual Work and Energy Methods

• Virtual Work

• Principle of Virtual Work

• Principle of Potential Energy

• Generalized Coordinates

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Mechanical Vibrations

• Mechanical Systems and Dynamics

• Free Vibrations: Linear and Angular

• Pendulum Motions

• Concept Review Questions

• Tutorial Problems

• Multiple-Choice Questions

Appendices

• Properties of Plane Figures

• Properties of Solid Bodies

• Hints to Tutorial Problems

• Index

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Tags: Kumar, Veenu Kumar, Engineering mechanics