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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
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: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: third edition

Год издания: 1997

Количество страниц: 456

Добавлена в каталог: 18.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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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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