Mechanical Design Handbook, Second Edition
2nd EditionISBN10: 0071466363
ISBN13: 9780071466363
Copyright: 2006
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ISBN10: 0071466363 | ISBN13: 9780071466363
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The estimated amount of time this product will be on the market is based on a number of factors, including faculty input to instructional design and the prior revision cycle and updates to academic research-which typically results in a revision cycle ranging from every two to four years for this product. Pricing subject to change at any time.
The estimated amount of time this product will be on the market is based on a number of factors, including faculty input to instructional design and the prior revision cycle and updates to academic research-which typically results in a revision cycle ranging from every two to four years for this product. Pricing subject to change at any time.
Program Details
Part 1: Mechanical Design Fundamentals
Chapter 1: Classical Mechanics
Chapter 2: Mechanics of Materials
Chapter 3: Kinematics of Mechanisms
Chapter 4: Mechanical Vibrations
Chapter 5: Static and Fatigue Design
Chapter 6: Properties of Engineering Materials
Chapter 7: Friction, Lubrication, and Wear
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 2: Mechanics of Materials
Chapter 3: Kinematics of Mechanisms
Chapter 4: Mechanical Vibrations
Chapter 5: Static and Fatigue Design
Chapter 6: Properties of Engineering Materials
Chapter 7: Friction, Lubrication, and Wear
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 4: Mechanical Vibrations
Chapter 5: Static and Fatigue Design
Chapter 6: Properties of Engineering Materials
Chapter 7: Friction, Lubrication, and Wear
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 6: Properties of Engineering Materials
Chapter 7: Friction, Lubrication, and Wear
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Appendix B: Numerical Methods for Engineers
Index
About the Author
Harold Rothbart
McGraw-Hill authors represent the leading experts in their fields and are dedicated to improving the lives, careers, and interests of readers worldwide
Thomas Brown
Thomas Hunter Brown, Jr., PhD, PE, Professor of Mechanical Engineering, North Carolina State Universtiy currently manages both the FE Review Program and the Civil Engineering PE Review Programs at ITRE, among other course development and teaching duties. Dr. Brown also teaches review classes for the Mechanical Engineering PE Review Program offered by the Industrial Extension Service of the College of Engineering at North Carolina State University. His area of specialty is Stress Analysis and Machine Design.
Part 1: Mechanical Design Fundamentals
Chapter 1: Classical Mechanics
Chapter 2: Mechanics of Materials
Chapter 3: Kinematics of Mechanisms
Chapter 4: Mechanical Vibrations
Chapter 5: Static and Fatigue Design
Chapter 6: Properties of Engineering Materials
Chapter 7: Friction, Lubrication, and Wear
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 2: Mechanics of Materials
Chapter 3: Kinematics of Mechanisms
Chapter 4: Mechanical Vibrations
Chapter 5: Static and Fatigue Design
Chapter 6: Properties of Engineering Materials
Chapter 7: Friction, Lubrication, and Wear
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 4: Mechanical Vibrations
Chapter 5: Static and Fatigue Design
Chapter 6: Properties of Engineering Materials
Chapter 7: Friction, Lubrication, and Wear
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 6: Properties of Engineering Materials
Chapter 7: Friction, Lubrication, and Wear
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Part 2: Mechanical Systems Analysis
Chapter 8: System Dynamics
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 9: Continuous Time Control Systems
Chapter 10: Digital Control Systems
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 11: Optical Systems
Chapter 12: Machine Systems
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 13: System Reliability
Part 3: Mechanical Subsystem Components
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 14: Cam Mechanisms
Chapter 15: Rolling-Element Bearings
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 16: Power Screws
Chapter 17: Friction Clutches
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 18: Friction Brakes
Chapter 19: Belts
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 20: Chains
Chapter 21: Gearing
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Chapter 22: Springs
Appendix A: Analytical Methods for Engineers
Appendix B: Numerical Methods for Engineers
Index
Appendix B: Numerical Methods for Engineers
Index
About the Author
Harold Rothbart
McGraw-Hill authors represent the leading experts in their fields and are dedicated to improving the lives, careers, and interests of readers worldwide
Thomas Brown
Thomas Hunter Brown, Jr., PhD, PE, Professor of Mechanical Engineering, North Carolina State Universtiy currently manages both the FE Review Program and the Civil Engineering PE Review Programs at ITRE, among other course development and teaching duties. Dr. Brown also teaches review classes for the Mechanical Engineering PE Review Program offered by the Industrial Extension Service of the College of Engineering at North Carolina State University. His area of specialty is Stress Analysis and Machine Design.
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