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Nelson E.W., Best C.L., McLean W.G. — Schaum's outline of theory and problems of engineering mechanics. Statics and dynamics
Nelson E.W., Best C.L., McLean W.G. — Schaum's outline of theory and problems of engineering mechanics. Statics and dynamics

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Название: Schaum's outline of theory and problems of engineering mechanics. Statics and dynamics

Авторы: Nelson E.W., Best C.L., McLean W.G.

Аннотация:

Students and professionals bought more than 300,000 copies of previous editions! This new edition draws on the best mathematical tool now available to solve problems. It applies the vector approach for elegance and simplicity in theory and problems whenever appropriate. Other times, for similarly adequate solutions, scalar methods are preferred. This study guide complements class texts and proves excellent for solo study and brushing up.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 5th edition

Год издания: 1998

Количество страниц: 519

Добавлена в каталог: 20.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
A-frame      68
Acceleration      195 261
Acceleration components, radial and transverse      199
Acceleration components, rectangular      196 200 218—219
Acceleration components, tangential and normal      197 208—209
Acceleration, angular      199 215
Acceleration, average rectilinear      195 200 201
Acceleration, circular path      199
Acceleration, constant rectilinear      195 204 231
Acceleration, constant rotational      215—216
Acceleration, Coriolis' acceleration      263—264 286—287 270—271
Acceleration, determination of      230
Acceleration, instantaneous rectilinear      195
Acceleration, relative      261 263
Accelerometer      387
Addition of vectors      1
Air speed of airplane      268
Amplitude of vibration      195—196 465
Angle of friction      127
Angle of repose      127
Angular impulse      425
Angular vibrations      469
Annular torus      169
Aperiodic motion      476—477
Aphelion      255—256
Atwood's machine      391
Axis of rotation      332
Banking of curves      368
Base point      261
Beams      115
Beams, cantilever      115
Beams, moment      115—117
Beams, overhanging      115
Beams, shear      115—117
Beams, simple      115
Belt friction      129
Billiard ball      348 447
Brake band      129
Brake horsepower      403
Braking mechanism      374 403
Cables, catenary      98 107
Cables, parabolic      97 104
Cantilever beam      65 115
Cantilever truss      110
Center of curvature      198
Center of mass      155—156 168 189 429
Center of percussion      332 425
Center of pressure      157 170 173
Centrifugal force      392
Centroid      155
Centroid surface      155 167
Centroid table of values      175
Centroid, arc      159 495
Centroid, area      175 495
Centroid, assemblage      155
Centroid, built-up line figure      160
Centroid, cone      164 167 495
Centroid, lines      155 495
Centroid, mass      155 168—169
Centroid, sphere      165
Centroid, triangle      161
Centroid, volumes      155—156 158 165 495
Chain sliding off table      247 409
Circle, axial moment of inertia      304
Circle, centroid of arc      159
Circle, centroid of sector      162
Circle, eccentricity      252
Circle, Mohr's      300 313—316
Circle, polar moment of inertia      305
Circular frequency      196
circular motion      200
Coefficient of damping      474
Coefficient of friction      127 129
Coefficient of restitution      428 446—449
Coefficient of rolling resistance      129 143
Components of forces      4 10 12
Components, radial and transverse      199
Components, rectangular      196
Components, tangential and normal      197
Components, vector      1 5
Composition of Vectors      2
Computer solutions      497—499
Concentrated load      115
Concurrent forces      31 46 56 80
Cone clutch      146
Cone, centroid of surface      167 495
Cone, centroid of volume      164 495
Conic section      252
Conservation of angular momentum      428 445—446
Conservation of energy      398 407
Conservation of linear momentum      419—420 428 444—445
Coplanar force systems      26 31 56
Coriolis' acceleration      263—264 286—287
Coulomb damping      463
Couples      20
Couples, forces combined with      21 25
Couples, magnitude of      20
Couples, manipulations of      21 24—26
Couples, moment of      20—21
Critical damping      476—479
Cross product      5 13—14
Curvature      196—197 207
Curves, banking of      368
Curvilinear motion      196—197
CYCLE      462
Cylinder dynamics      360 335—336
Cylinder floating      467
Cylinder impulse-momentum relations      439—441
Cylinder kinematics      278—282
Cylinder work-energy relations      406 408
Damped vibrations      476—478
Damping coefficient      476
Damping factor      477
Damping solid      463
Damping viscous      476 484
Damping, Coulomb      463
Damping, critical      478
Decay of oscillations      478—479
Decrement, logarithmic      479
Degrees of freedom      462
Differential chain hoist      75
Differentiation of vector      6 14
Displacement      195 219
Displacement, absolute      266 282
Displacement, rectilinear      195 200—202
Displacement, relative      266
Distributed forces      32 63
Distributed load      63 98 115 119 122
Dot product      4 13
Dynamics, particle      229
Dynamics, rigid body, plane motion      348
Dynamics, rigid body, rotation      332
Dynamics, rigid body, translation      331
Earth      255—256
Eccentricity      252
Effective force      333 364—366
Efficiency      395
Elevator      356
Ellipse, axial moment of inertia      305
Ellipse, eccentricity      252
Ellipse, polar moment of inertia      305
Energy, conservation      398
Energy, kinetic      396
Energy, potential      392—395
Epicyclic gear train      284—285
Equations of motion for particle      229
Equations of motion for plane motion      330
Equations of motion for rotation      332
Equations of motion for translation      331
Equilibrium of force systems, coplanar, concurrent      56 58
Equilibrium of force systems, coplanar, nonconcurrent, nonparallel      57 66—70
Equilibrium of force systems, coplanar, parallel      56 62—65
Equilibrium of force systems, noncoplanar, concurrent      80 81—85
Equilibrium of force systems, noncoplanar, nonconcurrent, nonparallel      80 87—92
Equilibrium of force systems, noncoplanar, parallel      80 86—87
Equilibrium system      184 188—189
Equilibrium, neutral      185
Equilibrium, particle      184
Equilibrium, rigid body      184
Equilibrium, stable      184
Equilibrium, unstable      185
Fink truss      102
First moments      155
First moments area      156 495
First moments, arc      135 495
First moments, assemblage      155
First moments, dimensions      156
First moments, lines      156 495
First moments, volume      156 495
Flywheel, dynamics of      367 368 391
Flywheel, kinematics of      215—216 265
Flywheel, moment of inertia      323—324
Flywheel, stress in rim      367
Force system      see "Equilibrium of a force system" "Resultant
Forced vibrations      462 431 483
Four-link mechanism      275—278
Free vibrations      462
Free vibrations, angular      469 471
Free vibrations, linear      464
Free vibrations, torsional      470
Free vibrations, viscous damping      476
Free-body diagram      57
frequency      242 462
Friction coefficient of kinetic      127
Friction coefficient of rolling      129 143
Friction coefficient of static      127
Friction, angle of      127
Friction, belt      129 141
Friction, laws of      127
Friction, limiting      113 127
Friction, moment of      143
Graphical analysis      400
Gravitational constant      250 253
Gyroscope      452—453
Heading of an airplane      268
Hemisphere, centroid of mass      168 495
Hemisphere, centroid of surface      167 495
Hemisphere, moment of volume      174 495
Horsepower      395 408
Howe truss      108
Hyperbola      252
Impact force      449
Impact, direct      428
Impact, direct central      428
Impact, direct eccentric      428
Impact, elastic      447
Impact, inelastic      447
Impact, oblique      428
Impulse units      427
Impulse variable      435
Impulse, angular      425 437
Impulse, linear      424 434
Impulse-momentum relations for assemblage of particles      424
Impulse-momentum relations for cylinder      438
Impulse-momentum relations for particle      424
Impulse-momentum relations for plane motion      426 438—439
Impulse-momentum relations for rotation      426 437
Impulse-momentum relations for sphere      446
Impulse-momentum relations for translation      426 434
Inclined plane, rolling on      283 335 338 341—342 401 406 439
Inclined plane, sliding on      230—231 234 232—241 400 434—435
Indicated horsepower      403
Indicator card      402
Inertia-force method, rotation      360
Inertia-force method, translation      333 365
Instantaneous axis (center)      362 273—274 276 450
Integration of vector      7 14 394
International System      7 493—494
Jack-screw      128 141
Jets, dynamic action of      442—443
Kinematics, particle      195
Kinematics, rigid body      261
Kinetic energy, particle      396
Kinetic energy, plane motion      397
Kinetic energy, rotation      396
Kinetic energy, translation      396
Kinetic energy, units      396
Laws of friction      127
Lift truck      360
Linear impulse      424
Linear momentum      299 424
Linear vibrations      463—469
Logarithmic decrement      478
Loop-the-loop      245—246
Magnification factor      482
Manometer      437 467
Mass      7 229 330 396 424 427
Mechanism, four-link      275—279
Mechanism, quick-return      211
Mechanism, Scotch yoke      210
Mechanism, slider crank      212 272—275
Metric units      see "SI"
Mohr's circle      300 313—316
Moment in beam, change      117
Moment in beam, definition      115—116
Moment in beam, diagram      116 118—122
Moment in beam, sign      116
Moment in beam, slope      117
Moment of couple      20
Moment of force      19 21—23
Moment of inertia of area      298
Moment of inertia of mass, axial      300 302
Moment of inertia of mass, bar (slender rod)      316—318
Moment of inertia of mass, centroidal      317 318—319
Moment of inertia of mass, cone      317 322—323
Moment of inertia of mass, cylinder      317 321—322
Moment of inertia of mass, flywheel      323—324
Moment of inertia of mass, hollow cylinder      322
Moment of inertia of mass, parallelepiped      315—319
Moment of inertia of mass, polar      301 320
Moment of inertia of mass, sphere      317 321—322
Moment of inertia of mass, thin disk (lamina)      317 319
Moment of inertia of mass, units      427
Moment of inertia, axial      296 300—304
Moment of inertia, built-up section (composite)      305—308
Moment of inertia, channel section      307
Moment of inertia, circle      304
Moment of inertia, ellipse      305
Moment of Inertia, Polar      299 305
Moment of inertia, principal (maximum)      300 312—316
Moment of inertia, rectangle      300—301
Moment of inertia, rotated set of axes      300 312—316
Moment of inertia, triangle      303—304
Moment of inertia, units      300
Moment of inertia, Z-section      308
Moment of momentum, assemblage of particles      428—429
Moment of momentum, definition      425
Moment of momentum, plane motion      432
Moment of momentum, rim      432
Moment of relative momentum, assemblage of particles      430
Moment of relative momentum, definition      425
Moment of relative momentum, plane motion      432
Moment of relative momentum, rim      432
Momentum, angular      425 438
Momentum, linear      424 435
Momentum, units      427
Natural frequency      242—243 462
Newton's laws of motion      6 229 231
Nodal section      471—472
Nonconcurrent, nonparallel forces      31 47 57 81
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