Harold Rothbart,
Thomas Brown
Mechanical Design Handbook, Second Edition
Gebonden Engels 2006 2e druk 9780071466363Levertijd ongeveer 11 werkdagen
Gratis verzonden
Samenvatting
Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.
Optimize the efficiency and reliability of machines and mechanical systems
Totally redesigned to meet today's mechanical design challenges, this classic handbook provides a practical overview of the complex principles and data associated with the design and control of dynamic mechanical systems.New Chapters on continuous control systems, digital control systems, and optical systemsCovers power transmission and control subsystems
Specificaties
Lezersrecensies
Wees de eerste die een lezersrecensie schrijft!
Inhoudsopgave
Part 1: Mechanical Design FundamentalsChapter 1: Classical MechanicsChapter 2: Mechanics of MaterialsChapter 3: Kinematics of MechanismsChapter 4: Mechanical VibrationsChapter 5: Static and Fatigue DesignChapter 6: Properties of Engineering MaterialsChapter 7: Friction, Lubrication, and WearPart 2: Mechanical Systems AnalysisChapter 8: System DynamicsChapter 9: Continuous Time Control SystemsChapter 10: Digital Control SystemsChapter 11: Optical SystemsChapter 12: Machine SystemsChapter 13: System ReliabilityPart 3: Mechanical Subsystem ComponentsChapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 2: Mechanics of MaterialsChapter 3: Kinematics of MechanismsChapter 4: Mechanical VibrationsChapter 5: Static and Fatigue DesignChapter 6: Properties of Engineering MaterialsChapter 7: Friction, Lubrication, and WearPart 2: Mechanical Systems AnalysisChapter 8: System DynamicsChapter 9: Continuous Time Control SystemsChapter 10: Digital Control SystemsChapter 11: Optical SystemsChapter 12: Machine SystemsChapter 13: System ReliabilityPart 3: Mechanical Subsystem ComponentsChapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 4: Mechanical VibrationsChapter 5: Static and Fatigue DesignChapter 6: Properties of Engineering MaterialsChapter 7: Friction, Lubrication, and WearPart 2: Mechanical Systems AnalysisChapter 8: System DynamicsChapter 9: Continuous Time Control SystemsChapter 10: Digital Control SystemsChapter 11: Optical SystemsChapter 12: Machine SystemsChapter 13: System ReliabilityPart 3: Mechanical Subsystem ComponentsChapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 6: Properties of Engineering MaterialsChapter 7: Friction, Lubrication, and WearPart 2: Mechanical Systems AnalysisChapter 8: System DynamicsChapter 9: Continuous Time Control SystemsChapter 10: Digital Control SystemsChapter 11: Optical SystemsChapter 12: Machine SystemsChapter 13: System ReliabilityPart 3: Mechanical Subsystem ComponentsChapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Part 2: Mechanical Systems AnalysisChapter 8: System DynamicsChapter 9: Continuous Time Control SystemsChapter 10: Digital Control SystemsChapter 11: Optical SystemsChapter 12: Machine SystemsChapter 13: System ReliabilityPart 3: Mechanical Subsystem ComponentsChapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 9: Continuous Time Control SystemsChapter 10: Digital Control SystemsChapter 11: Optical SystemsChapter 12: Machine SystemsChapter 13: System ReliabilityPart 3: Mechanical Subsystem ComponentsChapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 11: Optical SystemsChapter 12: Machine SystemsChapter 13: System ReliabilityPart 3: Mechanical Subsystem ComponentsChapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 13: System ReliabilityPart 3: Mechanical Subsystem ComponentsChapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 14: Cam MechanismsChapter 15: Rolling-Element BearingsChapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 16: Power ScrewsChapter 17: Friction ClutchesChapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 18: Friction BrakesChapter 19: BeltsChapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 20: ChainsChapter 21: GearingChapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Chapter 22: SpringsAppendix A: Analytical Methods for EngineersAppendix B: Numerical Methods for EngineersIndex
Appendix B: Numerical Methods for EngineersIndex
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