Page 11 - Marks Calculation for Machine Design

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8.2.1. The Fastener Assembly / 321
8.2.2. The Members / 326 CONTENTS ix
8.2.3. Bolt Strength and Preload / 331
8.2.4. The External Load / 332
8.2.5. Static Loading / 335
8.2.6. Fatigue Loading / 337
8.3. Welded Connections / 348
8.3.1. Axial and Transverse Loading / 348
8.3.2. Torsional Loading / 352
8.3.3. Bending Loading / 356
8.3.4. Fillet Welds Treated as Lines / 360
8.3.5. Fatigue Loading / 365
Chapter 9. Machine Energy 367
9.1. Introduction / 367
9.2. Helical Springs / 367
9.2.1. Loads, Stresses, and Deflection / 367
9.2.2. Spring Rate / 371
9.2.3. Work and Energy / 375
9.2.4. Series and Parallel Arrangements / 377
9.2.5. Extension Springs / 379
9.2.6. Compression Springs / 380
9.2.7. Critical Frequency / 383
9.2.8. Fatigue Loading / 385
9.3. Flywheels / 388
9.3.1. Inertial Energy of a Flywheel / 388
9.3.2. Internal Combustion Engine Flywheels / 392
9.3.3. Punch Press Flywheels / 395
9.3.4. Composite Flywheels / 401

Chapter 10. Machine Motion 409
10.1. Introduction / 409
10.2. Linkages / 410
10.2.1. Classic Designs / 410
10.2.2. Relative Motion / 412
10.2.3. Cyclic Motion / 421
10.3. Gear Trains / 424
10.3.1. Spur Gears / 425
10.3.2. Planetary Gears / 428
10.4. Wheels and Pulleys / 431
10.4.1. Rolling Wheels / 432
10.4.2. Pulley Systems / 435

Bibliography 439
Index 441