(EBook PDF) An Introduction to Mechanical Engineering 4th Edition by Jonathan Wickert, Kemper Lewis 9798214346403 full chapters

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ISBN-13 :  9798214346403

Author : Jonathan Wickert, Kemper Lewis 

Introduce your students to today’s ever changing field of mechanical engineering as you instill an appreciation for how engineers design hardware that builds and improves societies around the world. AN INTRODUCTION TO MECHANICAL ENGINEERING, 4E by Wickert/Lewis is ideal for students in their first or second year of your college or university’s mechanical engineering program. It is also useful for students in closely related fields. The authors effectively balance timely treatments of technical problem-solving skills, design, engineering analysis, and modern technology to provide the solid mechanical engineering foundation students need for future success.

An Introduction to Mechanical Engineering 4th Table of contents:

Chapter 1. The Mechanical Engineering Profession
1.1. Overview
The Elements of Mechanical Engineering
1.2. What Is Engineering?
1.3. Who Are Mechanical Engineers?
Mechanical Engineering’s Top Ten Achievements
The Future of Mechanical Engineering
1.4. Career Paths
1.5. Typical Program of Study
Summary
Self-Study and Review
Problems
References
Chapter 2. Mechanical Design
2.1. Overview
2.2. The Design Process
Requirements Development
Conceptual Design
Detailed Design
Production
2.3. Manufacturing Processes
Summary
Self-Study and Review
Problems
References
Chapter 3. Technical Problem-Solving and Communication Skills
3.1. Overview
3.2. General Technical Problem-Solving Approach
3.3. Unit Systems and Conversions
Base and Derived Units
International System of Units
United States Customary System of Units
Converting between the SI and USCS
3.4. Significant Digits
3.5. Dimensional Consistency
3.6. Estimation in Engineering
3.7. Communication Skills in Engineering
Written Communication
Graphical Communication
Technical Presentations
Summary
Self-Study and Review
Problems
References
Chapter 4. Forces in Structures and Machines
4.1. Overview
4.2. Forces in Rectangular and Polar Forms
Rectangular Components
Polar Components
4.3. Resultant of Several Forces
Vector Algebra Method
Vector Polygon Method
4.4. Moment of a Force
Perpendicular Lever Arm Method
Moment Components Method
4.5. Equilibrium of Forces and Moments
Particles and Rigid Bodies
Free Body Diagrams
4.6. Design Application: Rolling-Element Bearings
Summary
Self-Study and Review
Problems
References
Chapter 5. Materials and Stresses
5.1. Overview
5.2. Tension and Compression
5.3. Material Response
5.4. Shear
5.5. Engineering Materials
Metals and Their Alloys
Ceramics
Polymers
Composite Materials
5.6. Factor of Safety
Summary
Self-Study and Review
Problems
References
Chapter 6. Fluids Engineering
6.1. Overview
6.2. Properties of Fluids
6.3. Pressure and Buoyancy Force
6.4. Laminar and Turbulent Fluid Flows
6.5. Fluid Flow in Pipes
6.6. Drag Force
6.7. Lift Force
Summary
Self-Study and Review
Problems
References
Chapter 7. Thermal and Energy Systems
7.1. Overview
7.2. Mechanical Energy, Work, and Power
Gravitational Potential Energy
Elastic Potential Energy
Kinetic Energy
Work of a Force
Power
7.3. Heat as Energy in Transit
Heating Value
Specific Heat
Transfer of Heat
7.4. Energy Conservation and Conversion
7.5. Heat Engines and Efficiency
7.6. Internal-Combustion Engines
Four-Stroke Engine Cycle
Two-Stroke Engine Cycle
7.7. Electrical Power Generation
Summary
Self-Study and Review
Problems
References
Chapter 8. Motion and Power Transmission
8.1. Overview
8.2. Rotational Motion
Angular Velocity
Rotational Work and Power
8.3. Design Application: Gears
Spur Gears
Rack and Pinion
Bevel Gears
Helical Gears
Worm Gearsets
8.4. Speed, Torque, and Power in Gearsets
Speed
Torque
Power
8.5. Simple and Compound Geartrains
Simple Geartrain
Compound Geartrain
8.6. Design Application: Belt and Chain Drives
8.7. Planetary Geartrains

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