Printed
Mechanical Design: An Integrated Approach
'Mechanical Design: An Integrated Approach' provides comprehensive and concise coverage of machine element design for engineering students and practicing engineers. Using numerous computational examples and Case Studies, the author presents real world engineering design principles and applications with an integrated approach that will motivate readers and show the links between basic mechanics and specific machine component design. Part I is concerned with the design process, a review of mechanics of materials fundamentals appropriate for the study of mechanical design, and strong coverage of failure prevention. Optional sections dealing with special and advanced topics are marked with an asterisk (*). Part II is devoted to extensive, rigorous treatment of the machine elements and some miscellaneous mechanical members, ending with a chapter on Finite Element Analysis. The text is accompanied by an Online Learning Center website.
PART 1 FUNDAMENTALS (2-341) :
Chapter 1 Introduction to Design , 3
Chapter 2 Materials , 38
Chapter 3 Stress & Strain , 71
Chapter 4 Deflection & Impact , 151
Chapter 5 Energy Methods in Design , 195
Chapter 6 Buckling Design of Members , 232
Chapter 7 Failure Criteria and Reliability , 265
Chapter 8 Fatigue , 301
PART 2 APPLICATIONS (342-752) :
Chapter 9 Shafts & Associated Parts , 343
Chapter 10 Bearings & Lubrication , 376
Chapter 11 Spur Gears , 423
Chapter 12 Helical, Bevel, and Worm Gears , 472
Chapter 13 Belts, Chains, Clutches, and Brakes ,507
Chapter 14 Springs , 559
Chapter 15 Power Screws, Fasteners,& Connections598
Chapter 16 Axisymmetric Problems in Design , 659
Chapter 17 Finite Element Analysis in Design , 714
Tidak tersedia versi lain