Mechanical Design Handbook, Second Edition
2nd EditionCopyright: 2006
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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.
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
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
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