Part 1 Fundamentals -- Chapter 1: Mechanical Engineering Design In Broad Perspective -- Chapter 2: Load Analysis -- Chapter 3: Materials -- Chapter 4: Static Body Stresses -- Chapter 5: Elastic Strain, Deflection, And Stability -- Chapter 6: Failure Theories, Safety Factors, And Reliability -- Chapter 7: Impact -- Chapter 8: Fatigue -- Chapter 9: Surface Damage -- Chapter 10: Threaded Fasteners And Power Screws -- Chapter 11: Rivets, Welding, And Bonding -- Chapter 12: Springs -- Chapter 13: Lubrication And Sliding Bearings -- Chapter 14: Rolling-element Bearings -- Chapter 15: Spur Gears -- Chapter 16: Helical, Bevel, And Worm Gears -- Chapter 17: Shafts And Associated Parts -- Chapter 18: Clutches And Brakes -- Chapter 19: Miscellaneous Machine Components -- Chapter 20: Machine Component Interrelationships --^ Appendix A: Units A-1a Conversion Factors For British Gravitational, English, And Si Units A-1b Conversion Factor Equalities Listed By Physical Quantity A-2a Standard Si Prefixes A-2b Si Units And Symbols A-3 Suggested Si Prefixes For Stress Calculations A-4 Suggested Si Prefixes For Linear-deflection Calculations A-5 Suggested Si Prefixes For Angular-deflection Calculations -- Appendix B: Properties Of Sections And Solids B-1a Properties Of Sections, 813 B-1b Dimensions And Properties Of Steel Pipe And Tubing Sections, 814 B-2 Mass And Mass Moments Of Inertia Of Homogeneous Solids, 816 --^ Appendix C: Material Properties And Uses C-1 Physical Properties Of Common Metals C-2 Tensile Properties Of Some Metals C-3a Typical Mechanical Properties And Uses Of Gray Cast Iron C-3b Mechanical Properties And Typical Uses Of Malleable Cast Iron C-3c Average Mechanical Properties And Typical Uses Of Ductile (nodular) Iron C-4a Mechanical Properties Of Selected Carbon And Alloy Steels C-4b Typical Uses Of Plain Carbon Steels C-5a Properties Of Some Water-quenched And Tempered Steels C-5b Properties Of Some Oil-quenched And Tempered Carbon Steels C-5c Properties Of Some Oil-quenched And Tempered Alloy Steels C-6 Effect Of Mass On Strength Properties Of Steel C-7 Mechanical Properties Of Some Carburizing Steels C-8 Mechanical Properties Of Some Wrought Stainless Steels C-9 Mechanical Properties Of Some Iron-based Superalloys C-10 Mechanical Properties, Characteristics, And Typical Uses Of Some Wrought Aluminum Alloys C-11 Tensile Properties, Characteristics,^ And Typical Uses Of Some Cast-aluminum Alloys C-12 Temper Designations For Aluminum And Magnesium Alloys C-13 Mechanical Properties Of Some Copper Alloys C-14 Mechanical Properties Of Some Magnesium Alloys C-15 Mechanical Properties Of Some Nickel Alloys C-16 Mechanical Properties Of Some Wrought-titanium Alloys C-17 Mechanical Properties Of Some Zinc Casting Alloys C-18a Representative Mechanical Properties Of Some Common Plastics C-18b Properties Of Some Common Glass-reinforced And Unreinforced Thermoplastic Resins C-18c Typical Applications Of Common Plastics C-19 Material Classes And Selected Members Of Each Class C-20 Designer's Subset Of Engineering Materials C-21 Processing Methods Used Most Frequently With Different Materials C-22 Joinability Of Materials C-23 Materials For Machine Components C-24 Relations Between Failure Modes And Material Properties --^ Appendix D: Shear, Moment, And Deflection Equations For Beams D-1 Cantilever Beams D-2 Simply Supported Beams D-3 Beams With Fixed Ends -- Appendix E: Fits And Tolerances E-1 Fits And Tolerances For Holes And Shafts E-2 Standard Tolerance For Holes And Shafts E-1 Tolerance Grades Produced From Machining Processes -- Appendix F: Mil-hdbk-5j, Department Of Defense Handbook: Metallic Materials And Elements For Aerospace Vehicle Structures -- Appendix G: Force Equilibrium: A Vectorial Approach -- Appendix H: Normal Distributions -- Appendix I: Sn-formula -- Appendix J: Gear Terminology And Contact-ratio Analysis. Robert C. Juvinall, Kurt M. Marshek. Includes Bibliographical References And Index.

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