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Silva V.D. — Mechanics and Strength of Materials
Silva V.D. — Mechanics and Strength of Materials

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Название: Mechanics and Strength of Materials

Автор: Silva V.D.

Аннотация:

This textbook gives a clear and thorough presentation of the fundamental principles of mechanics and strength of materials. It provides both the theory and applications of mechanics of materials on an intermediate theoretical level, ranging from the mechanical properties of materials through the effects of axial load, torsion, bending, and transverse shear to stresses and strains in bars and continuum mechanics. The book is aimed at graduate and advanced undergraduate students in materials science courses in Mechanical, Civil, and Aerospace Engineering departments. Due to its solid theoretical presentation of basic concepts, the book can also be used as a reference tool by postgraduates and researchers in the fields of solid mechanics as well as practicing engineers.


Язык: en

Рубрика: Механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2006

Количество страниц: 529

Добавлена в каталог: 16.11.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
action      3
Action axis      192
Action axis of the bending moment      192
Action axis of the shear force      193
Analogy, hydrodynamical      364
Analogy, membrane      364
Analogy, physical      364
Anticlastic      206
Axial force      141
Axial stiffness      143
Behaviour models      67
Bending      189
Bending in elasto-plastic regime      221
Bending moment      189
Bending of composite members      213
Bending stiffness      195
Bending, composed      190 202
Bending, inclined      197 199
Bending, non-uniform      189
Bending, nonlinear      219
Bending, plane      192
Bending, pure or circular      189
Bernoulli's hypothesis      139
Betti's theorem      473
Boundary balance equations      16
Bredt's formulas      376
Buckling modes      442 445 454 457
bulk modulus      79
Castigliano's Theorem      469
Cauchy equations      16
Centroid      142
Characteristic equation      19 20
Characteristic equation of the stress state      19
Characteristic values      135
Clapeyron's theorem      468
Coefficient of thermal expansion      132
Coefficient, buckling      415
Coefficient, dynamic      490
Coefficient, homogenizing      154 216
Coefficient, Poisson's      76 124
Coefficient, retardation      73
Coefficient, safety      137 406
Coefficient, stiffness      452
Collapse mechanism      320
Compatibility of deformations      144
Composite material      3
Conjugate beam method      302
Conservation of energy      80 309 359 468
Conservation of plane sections      138
Constitutive law      7
Continuity conditions      299
Continuum mechanics      4
Core of a cross section      201
creep      69
Creep modulus      73
Critical phase      390
Curvature      189
Curvature equation      298
Deflection curve      193
Deflection plane      193
Deformation      5
Deformation energy      86 126
Deformation, compatible      51
Deformation, elastic      68
Deformation, homogeneous      43
Deformation, plastic      68
Deformation, pure      49
Deformation, visco-elastic      71
Deformation, visco-plastic      69
Deformation, viscous      68
Degree of connection      53
Degree of indeterminacy, kinematic      143 153
Deviatoric tensor      26
Differential equations of equilibrium      14
Dimensional tolerance      134
Direction cosines      16
Displacement method      144
Displacement-strain relations      6
Distortion      46
Drucker — Prager's criterion      104
Effective length      404
Elastic limit stress      129
Elastic phase      93
Elasto-plastic analysis      145 223
Elasto-plastic analysis, bending      223
Elasto-plastic phase      147
Energy, deformation      86
Energy, dissipated      88 113 127
Energy, elastic potential      80 126
Energy, kinetic      511
Energy, potential      80 390
Energy, total potential      485
Equation of three moments      317
Equation of two moments      317
Equations of compatibility of the strain      44
Equations of compatibility, integral      54
Equations of compatibility, local      54
Equilibrium conditions      9
Euler's hyperbola      408
Euler's problem      410
Eulerian formulation      300
Execution imperfections      134
External forces      5
External forces of mass      5
External forces of surface      5
External forces, virtual      484
External friction      465
Fatigue failure      128
Fatigue limit stress      129
Fibre      193
First area moment      192 253
Flow lines      364 365
Fluid mechanics      85
Force method      144
Force-stress relations      6
Framed structures      138
Generalized displacements      469
Generalized forces      469
Generalized Maxwell model      74
Geometrical stiffness      442
Hardening      122
Hardening, natural hardening      128
Hardening, strain hardening      127
Homogenization      215 377 378
Hooke's law      67 75 105
Hyperstatic unknowns      153
Hypothesis of continuity      4
Imperfections (effect of)      396
Inertial forces      5 14
Influence lines      475
Instability      389
Instability by divergence      433
Instability by equilibrium bifurcation      398
Instability in axial compression      414
Instability in composed bending      411
Interaction formula      415
Internal forces      5 6
Internal friction      88 466
Intrinsic strength curve      101
Invariants      19
Invariants of the strain tensor      49
Invariants of the stress tensor      20
Irradiation poles      31
Isotropic tensor      24
Johnson's parabola      407
Kelvin chain      74 83
Kelvin's solid      71
Kinematic coordinates      454
Kinematic method      321
Kinematic unknowns      144
Lagrangian formulation      300 413
Lame's constant      79
Lame's ellipsoid      22
Level curves      365
Limit states      133
Limit states of serviceability      133
Limit states, ultimate      133
Linear visco-elasticity      74 83
Liquid      69
Load, collapse      321
Load, critical      414
Load, elasticity limit      122
Load, Euler      413
Load, proportionality limit      131
Load, yielding      131
Longitudinal modulus of elasticity      76 124
Longitudinal shear flow      254
Longitudinal shear force      252 310
Longitudinal strain      44
Material stiffness      442
Material, brittle      69 121
Material, composite      3
Material, continuous      5
Material, ductile      69 121
Material, elastic      87
Material, isotropic      68
Material, monotropic      68
Material, orthotropic      68
Mathematical models      3 67
Maxwell's model      73
Maxwell's theorem      477
Mean rotation      50
Mechanics of Materials      3
Menabrea's theorem      473
Method of integration of the curvature equation      298
Minimum energy theorem      473
Minimum loads      153
Mohr's circle      30
Mohr's criterion      104
Mohr's representation      58
Mohr's representation, three-dimensional      34
Moment of inertia      195 218
Moment-area method      304
Mueller — Breslau's principle      476
Multiply connected body      53
Neutral axis      193
Neutral equilibrium      390 403
Neutral surface      193 206
Newtonian liquid      84
Nominal values      135
Normal stress      11
Octahedral stress      24
Partial factors      136
Perfect liquid      84 364
Physical models      68 150
Plane of actions      193
Plane strain      59
Plane stress state      39
Plastic hinge      225
Plastic moment      223
Plastic section modulus      224
Polar decomposition theorem      50
Post-critical behaviour      393
Post-critical behaviour, stable      395
Post-critical behaviour, symmetrical      395
Post-critical behaviour, unstable      398
potential energy      485
Pressure centre      201
Prestressing technique      150
Principal axis of inertia      198
Principal directions of the stress state      19
Principal strains      58
Principal stress trajectories      276 352
Principal stresses      19
Principle of energy      80
Principle of Mueller — Breslau      476
Principle of Saint-Venant      130
Principle of stationarity of the      485
Principle of superposition      76 131
Principle, conservation      80 309 359 468 479
Probabilistic approach      134
Probabilistic density curve      134
Product of inertia      198 239
Proportionality limit stress      131 407
Quantiles      136
Reciprocity of shearing stresses      12
Redistribution of internal forces      152
Redistribution of stresses      161
Reduced area      310
Reinforced concrete      3
Relaxation      69
Relaxation modulus      74
Resilience      126 127
Retardation time      73
Rheological behaviour      3 7
Rheological behaviour, elastic      143
Rheological behaviour, elasto-visco-plastic      69
Rigid body motion      5
Safety stresses      136
Saint-Venant's hypothesis      252
Saint-Venant's principle      130
Secant formula      411
Second-order theories      391
Section modulus      195
Semi-normal of the facet      10
Semi-probabilistic approach      135
Shape factor      223
Shear centre      270 493
Shear flow      265 358
Shear force      254
shear modulus      77
Shearing strain      44 77
Simplifying hypotheses      120 134 257 361
Simply connected body      53
Slender members      138
Slender members with curved axis      157 212 273
Slender members, cross-section      138 222 274
Slender members, non-prismatic      157 209 273
Slender members, prismatic      138
Slenderness ratio      403
Solid      69
Solid mechanics      7 37 120 121 466
Stability      389
Stable equilibrium      390 395
State of deformation      43
State of deformation around a point      49
State of deformation, isotropic      58
State of stress      17
State of stress around a point      17
State of stress, axisymmetric      24
State of stress, isotropic      22
State of stress, three-dimensional      92
Static method      321
Statically determinate structures      143
Statically indeterminate structures      143 315
Statistical dispersion      134
Stiffness      123
Stiffness matrix      441
Stiffness matrix of a compressed bar      445
Stiffness matrix of a tensioned bar      451
strain      5
Strain tensor      6 40
Strength of materials      120
Stress      5 10
Stress concentration      161 364
Stress tensor      6 17 20
Support conditions      303
Tangent elasticity modulus      124
Tangential      11
Tenacity      126 134
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