341
Chapter 3 Solutions
Problem 3.2-1
342
Problem 3.2.2
343
Problem 3.2-3
344
Problem 3.2-4
345
Problem 3.2-5
346
Problem 3.2-6
347
Problem 3.3-1
348
Problem 3.3-2
349
Problem 3.3-3
350
Problem 3.3-4
351
Problem 3.3-5
352
Problem 3.3-6
353
Problem 3.3-7
Lug Wrench
354
Problem 3.3-8
355
Problem 3.3-9
356
Problem 3.3-10
Socket Wrench
357
Problem 3.3-11
358
Problem 3.3-12
359
Problem 3.3-13
360
Problem 3.3-14
361
Problem 3.3-15
Construction Auger
362
Problem 3.3-16
Construction Auger
363
Problem 3.3-17
Vertical Pole
364
Problem 3.3-18
Vertical Pole
365
Problem 3.3-19
366
Problem 3.3-20
367
Problem 3.3-21
368
Problem 3.4-1
Stepped Shaft
369
Problem 3.4-2
Bar and tube
370
Problem 3.4-3
371
Problem 3.4-4
372
Problem 3.4-5
Hollow tube of monel metal
373
Problem 3.4-6
Solid and hollow shafts
375
Problem 3.4-7
Problem 3.4-8
378
Problem 3.4-9
Shaft with four gears
379
Problem 3.4-10
Tapered bar AB
380
Problem 3.4-11
Tapered bar
381
Problem 3.4-12
Tapered bar
382
Problem 3.4-13
383
Problem 3.4-14
Tapered Tube
Problem 3.4-15
386
Problem 3.4-16
387
Problem 3.4-17
388
Problem 3.4-18
Bar with distributed torque
389
Problem 3.4-19
Bar with linearly varying torque
390
Problem 3.4-20
391
Problem 3.4-21
392
Problem 3.4-22
393
Problem 3.5-1
394
Problem 3.5-2
395
Problem 3.5-3
Hollow aluminum shaft
396
Problem 3.5-4
Hollow steel bar
397
Problem 3.5-5
Tubular bar
398
Problem 3.5-6
Bar in a testing machine
399
Problem 3.5-7
Steel Tube
400
Problem 3.5-8
Solid circular bar of steel
401
Problem 3.5-9
Circular tube with strain gage
402
Problem 3.5-10
Aluminum tube
403
Problem 3.5-11
Solid steel bar
404
Problem 3.5-12
Solid aluminum bar
405
Problem 3.5-13
Numerical data
407
Problem 3.7-1
Generator shaft
408
Problem 3.7-2
Motor-driven shaft
409
Problem 3.7-3
410
Problem 3.7-4
411
Problem 3.7-5
Hollow propeller shaft
412
Problem 3.7-6
Drive shaft for a truck
413
Problem 3.7-7
Hollow shaft
414
Problem 3.7-8
Tubular shaft
415
Problem 3.7-9
Splice in a propeller shaft
416
Problem 3.7-10
Hollow propeller shaft
417
Problem 3.7-11
Motor-driven shaft
418
Problem 3.7-12
Motor-driven shaft
Problem 3.8-1
Circular bar with fixed ends
422
Problem 3.8-2
Circular bar with fixed ends
423
Problem 3.8-3
Shaft fixed at both ends
424
Problem 3.8-4
Hollow shaft with fixed ends
425
Problem 3.8-5
426
Problem 3.8-6
427
Problem 3.8-7
Stepped shaft
428
Problem 3.8-8
Problem 3.8-9
Problem 3.8-10
433
Problem 3.8-11
434
Problem 3.8-12
Bar enclosed in a tube
435
Problem 3.8-13
Bar enclosed in a tube
436
Problem 3.8-14
437
Problem 3.8-15
Problem 3.8-16
440
Problem 3.8-17
Problem 3.8-18
444
Problem 3.9-1
Steel bar
445
Problem 3.9-2
Copper bar
446
Problem 3.9-3
Stepped shaft
447
Problem 3.9-4
Stepped shaft
448
Problem 3.9-5
449
Problem 3.9-6
Cantilever bar with distributed torque
450
Problem 3.9-7
Statically indeterminate bar
451
Problem 3.9-8
Statically indeterminate bar
452
Problem 3.9-9
Cantilever bar with distributed torque
453
Problem 3.9-10
Thin-walled, hollow tube
454
Problem 3.9-11
Circular tube and bar
455
Problem 3.9-12
Rotating flywheel
456
Problem 3.11-1
Hollow circular tube
457
Problem 3.11-2
Bar and tube
458
Problem 3.11-3
Thin-walled tube
459
Problem 3.11-4
Thin-walled tube
460
Problem 3.11-5
461
Problem 3.11-6
Thin walled tube (1)
462
Problem 3.11-7
Elliptical tube
463
Problem 3.11-8
Steel tube
464
Problem 3.11-9
Regular hexagon
465
Problem 3.11-10
Thin-walled tube
466
Problem 3.11-11
Square aluminum tube
467
Problem 3.11-12
Thin tube
468
Problem 3.11-13
Rectangular tube
469
Problem 3.12-1
Stepped shaft in torsion
470
Problem 3.12-2
Stepped shaft in torsion
471
Problem 3.12-3
Stepped shaft in torsion
472
Problem 3.12-4
Stepped shaft in torsion
473
Problem 3.12-5
Stepped shaft in torsion
