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Other titles in the Esource--The Prentice Hall Engineering Source series:
Introduction to Mechanical Engineering (Esource--The Prentice Hall Engineering Source)by Robert Rizza
Synopses & Reviews
Part of ESource—Prentice Hall's Engineering Source, this book provides a flexible introduction to Mechanical Engineering. Featuring over 25 modules and growing, the ESource series provides a comprehensive resource of engineering topics. Mechanical Engineering as a Profession; Dimensions, Units, and Error; Statics, Dynamics, and Mechanical Engineering; Mechanical Engineering and Solid Mechanics; Materials and Mechanical Engineering; Fluids and Mechanical Engineering; Thermal Science and Mechanical Engineering; Mechanical Engineering and Design. For any Engineer or Computer Scientist interested in a brief introduction to the subject.
An Esourcebook that briefly covers the field of Mechanical Engineering at a level a first-year student can understand. Rizza first covers a broad overview of the discipline, then briefly highlights the major areas of ME in separate chapters.
About the Author
DR. ROBERT RIZZA is an Assistant Professor of Mechanical engineering at North Dakota State University, where he teaches courses in mechanics and computer-aided design. A native of Chicago, he received the Ph.D. degree from the Illinois Institute of Technology. He is also the author of Getting Starting with pro/Engineer. Dr. Rizza has worked on a diverse range of engineering projects including projects from the railroad, bioengineering, and aerospace industries. His current research interests include the fracture of composite materials, repair of cracked aircraft components, and loosening of prostheses.
Table of Contents
1. Mechanical Engineering as a Profession.
The Role of a Mechanical Engineer. Becoming a Mechanical Engineer and the Lifelong Learning Process. Approaching and Solving an Engineering Problem.
2. Dimensions, Units, and Error.
Dimensions and Units.
The British Gravitational System. The English Engineering System. The SI System.
Conversion between Different Units. Errors and Accuracy. Significant Digits.
3. Statics, Dynamics, and Mechanical Engineering.
The Concept of a Vector.
Components of a Vector. Direction Cosines and Vectors. Addition of Vectors.
Forces, Couples, and Moments. Equilibrium and Free-Body Diagrams. Frictional Forces. Motion of a Rigid Body.
4. Mechanical Engineering and Solid Mechanics.
Tension, Compression, Shear, and Torsion. The Poison Effect. Hooke's Law.
5. Materials and Mechanical Engineering.
Mechanical Properties of Materials. Materials and Their Use in Engineering Design. The Use of Advanced Materials: Composites.
6. Fluids and Mechanical Engineering.
Fluids at Rest. Fluids in Motion.
7. The Thermal Sciences and Mechanical Engineering.
The Concepts of Temperature and Heat Transfer. The First Law of Thermodynamics: Energy Conservation. The Second Law of Thermodynamics.
8. Mechanical Engineering and Design.
Traditional Design versus Concurrent Engineering. The Design Process. Graphical Techniques for Communicating Your Idea.
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