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| Hearn E.J. — Mechanics of Materials (vol. 1) An Introduction to the Mechanics of Elastic and Plastic Deformation of Solids and Structural Materials |
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Название: Mechanics of Materials (vol. 1) An Introduction to the Mechanics of Elastic and Plastic Deformation of Solids and Structural Materials
Автор: Hearn E.J.
Язык: 
Рубрика: Физика/
Статус предметного указателя: Готов указатель с номерами страниц
ed2k:
Издание: third edition
Год издания: 1997
Количество страниц: 456
Добавлена в каталог: 18.10.2005
Операции: Положить на полку |
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| Предметный указатель |
A.C. system 443
Acoustic gauge 444
Acoustoelasticity 456
Active gauge 436 440 442 443
Allowable stresses 308
Area, first moment of 67
Area, second moment of 62 68
Auto frettage 233
Axis neutral 66
Balanced circuit 437
Balanced section 72
Beams, bending stress in 64
Beams, built-in 140—147
Beams, cantilever 97 98 101 109 110
Beams, continuous 115
Beams, curved 284
Beams, shear stress in 154—166
Bending, circular 66
Bending, moment 41—56
Bending, of beams 62—79
Bending, plus direct stress 74
Bending, plus torsion 187
Bending, simple theory of 64
Birefringence 446
Boundary stress 429
Brittle materials 8 402 404 412
Built-in beams 140—147
bulk modulus 198 202
Calibration 433
Capacitance gauge 444
Carriage spring 309
Carrier frequency system 444
Castigliano 255 266 269 303
Centroid 64 70
Circular shafts 176—190
Clapeyron's "three-moment" equation 115
Close-coiled spring 299
Combined modulus 29
Complementary energy 257
Complex strain 361
Complex stress 326
Composite beam 70
Compound bars 27
Compound beams 70
Compound shafts 182—184
Compound tubes 224
Concrete 71
Concrete columns 76 77
Concrete, reinforced 71
Constants, elastic 3 9 361 363 367
Continuous beams 115
Contraflexure 48
Crack detection 433
creep 15 432
Criterion of failure 401
Critical section 72
Cross-sensitivity 437
Crossed set-up 446
Curvature, radius of 62
Cylinders, compound 224
Cylinders, plastic yielding 223
Cylinders, thick 215
Cylinders, thin 198
D.C. system 443
Dark field 446
De Forrest 432
Deflections, bending 92—123
Deflections, impact 264
Deflections, shear 269
Deflections, temperature effects 119
Delta rosette 382
Deviatoric stress 263
Dilatational stresses 386
Direct integration method 97
Distortion energy 385
Distortional stresses 386
Double cantilever 146
Double integration method 89
Ductile materials 8 14 402 404 411
Ductility 4 8
Dummy gauge 436 438
Dye-etchant 433
Dynamic strain 434
Eccentric loading 74
Economic section 73
Elastic constants 361 367
Elastic limit 4
Elastic modulus 3
Elasticity 3
Elongation 8
Encastred (encastre) beams 140—147
Endurance limit 17
Energy method 112
Equivalent modulus 29
Equivalent moment 187
Equivalent torque 187 188
Factor of safety 12
Factor, load 13 414
Failure envelope 407
Failure modes 416
Failure theories 401
Fatigue 17
Finite difference method 118
Fixed-ended beams 140—147
Fixing moment diagram 115 142 143
Flitched beam 70
Foil gauge 435 437
Force fits 229
Free length 30—34
Free-moment diagram 115 142 143
Fringe order 449 450
Fringe pattern 445—456
Fringe value 449 450
Frozen stress technique 454
Full bridge circuit 436
Gauge factor 436
Gauge, acoustic 444
Gauge, electric resistance 433—444
Gauge, strain 434—444
Graphical procedure, stress 332
Graphical procedure, thick cylinders 223
Grid technique 456
Griffith 404
Guest 401
Haigh 401
Half bridge 436
Helical spring, close-coiled 299
Helical spring, open-coiled 301
Hogging of beams 42
Hollow shafts 182
Holography 456
Hooke's law 3
Hydrostatic stress 386
Hydrostatic stress line 413
Hysteresis loop 6
Impact loads and stresses 264
Inclined loads 52
Increasing loads 100
Inductance gauge 444
Inflexion, point of 48 146
Interference 445 448
Interference allowance 226
Isochromatic 449
Isoclinic 452
Joint efficiency 205
Lame line 223
Lame theory 217
Lateral restraint 366
Leaf spring 309
Light field 446
| Limit of proportionality 4
Load factor 13
Load, alternating 1
Load, dead 1
Load, fatigue 1
Load, fluctuating 1
Load, impact 1 265
Load, line 411
Load, live 1
Load, shock 1
Load, static 1
Macaulay's method 102
Masonry columns 76
Material fringe value 450
Maximum principal strain 361—387 404
Maximum principal stress 330—342 403
Maximum shear plane 331
Maximum shear stress 329 331 403
Maxwell failure theory 401 404
Maxwell reciprocal displacement 112
McClintock method 378
Modular ratio 71
Modulus, bulk 198 203 363
Modulus, combined 29
Modulus, elasticity 3
Modulus, equivalent 29
Modulus, rigidity 12 13
Modulus, section 62
Modulus, Young's 3
Mohr's modified shear stress theory 404
Mohr's strain circle 372
Mohr's stress circle 332 335
Mohr's theory for slope and deflection 108 140 141
Moire 456
Moment, bending 41—56 62—79
Moment, fixing 115 142 143
Moment, of area 66 68
Moment, of resistance 73
Moments, equation of three 115
Monochromatic light 449
Movement of supports 146
Necking 5
Neutral axis 64 66
Neutral surface 67
Null balance 437
Oblique plane, strain on 370
Oblique plane, stress on 326
Octahedral shear stress 404
Open-coiled springs 301
Parallel axis theorem 70
Parallel connection of shafts 183
Parallel set-up 446
Percentage elongation 8
Percentage reduction in area 8
Permanent set 5
Photoelastic coating 454
Photoelasticity 445
Photoelasticity, reflection 454
Photoelasticity, transmission 445
Piezo-resistive gauge 444
Plane polarisation 446
Plastic deformation 5
Pneumatic gauge 444
Poisson's ratio 9—11
Polar second moment of area 179
Polar section modulus 181
Polariscope 446
Polariser 446
Pole point 54
Principal planes 331
Principal strain 362 372
Principal stress 331
Principle of superposition 34 52 112
Proof load 311
Proof stress 5
Proof stress (springs) 312
Proportionality, limit of 4
Propped cantilever 130
Pure shear 327
Quarter bridge 436
Quarter-wave plates 451 452
Rankine 401
Rectangular rosette 382
Reflection polariscope 454
Reflective coating 454
Relation between M, Q, and w 94
Replica technique 456
Resilience 257
Resilience, modulus of 254
Resilience, proof 254 257
resistivity 435
Rosette strain gauge analysis 378 381
Ruge and Simmons 435
Safety factor 13 414 430
Sagging 42
Saint-Venant 401
Second moment of area 66 68
Semi-conductor gauges 444
Senarment 45
Series-connected shafts 182
Shafts, torsion of 176—190
Shear centre 165
Shear deflection 269
Shear distribution 156
Shear force 11 41—56 154—166
Shear strain 11 180 371
Shear strain energy 259 385
Shear stress 11 180 326
Shear stress in bending 77 154
Shear stress in torsion 176
Shear, complementary 155 327
Shear, double 12
Shells, thin 202—206
Shrink-fit cylinders 224 226
Shrinkage allowance 226
Specific resistance 435
Spiral spring 314
Spring, carriage 309
Spring, close-coiled 299
Spring, helical 299
Spring, in parallel 306
Spring, in series 305
Spring, open-coiled 301
Spring, quarter-elliptic 312
Spring, semi-elliptic 309
Spring, spiral 317
Spring, stiffness 306
Stern 598
Stiffness of springs 306
Strain circle 372
Strain energy, dilatational 262
Strain energy, distortional 263
Strain energy, in bending 260
Strain energy, in curved members 284
Strain energy, in direct stress 257
Strain energy, in shear 263
Strain energy, in springs 302 304
Strain energy, in torsion 184 261
Strain energy, shear 263 385
Strain energy, total 385
Strain energy, volumetric 263 385
Strain gauge 378 434
Strain, complex 361
Strain, diametral 200
Strain, direct 2
Strain, initial 16
Strain, lateral 9
Strain, micro 2
Strain, principal 362 372
Strain, rosette 378 381
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