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| Synge J.L., Griffith B.A. — Principles of Mechanics |
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| Предметный указатель |
Surface density 77
Surface, level 29
Surface, rough 86—88 114
Surface, smooth 54 55 57 70
Suspension bridge 100 114
Symmetry, axis of 78 321 322
Symmetry, central 77
Symmetry, diagonal, trigonal, etc. 321
Symmetry, of central orbit 172 173 185
Symmetry, plane of 78 321 322
Symmetry, used to find mass centers 77 78 114
Symmetry, used to find principal axes 320—323
Synchronization of clocks 477—480
System of particles, angular momentum of 134—136 147 329 330 344 345 360
System of particles, dynamics of 131—139 146 147 189—222 223 343—346 360
System of particles, equilibrium of 41—52 57—67 70 261—266 295—301
System of particles, kinetic energy of 136 137 147 463
System of particles, Lagrange's equations for 463—472
System of particles, linear momentum of 132—134 146 147 343 360
System of particles, potential energy of 64—67 137 294—297 299 300 302
Tangential components of velocity and acceleration 118 119 125 305 306 332
Tension, in bar of frame 108
Tension, in beam 92—96 114 272
Tension, in cable 98—105 114 115 265 266
Tensor 316
Tetragonal symmetry 321
Tetrahedron, mass center of 79
Theory of dimensions 501—513
Theory of relativity see "Relativity"
Thin beams 92—98 114
Thrust 108
Time, in Newtonian mechanics 12 13
Time, in relativity 476—480 483 487 490—493 498
Time, proper 491 492 498
Time, unit of 12—14 501 502
Timoshenko, S. 113
Top 429—441 453
Top, cuspidal motion of 436—438
Top, general motion of 432—436 463 469 470
Top, in steady precession 429—432 453
Top, Lagrange's equations for 469 470
Top, sleeping 438—440 453
torque 196
Torsion, radius of 264
Total angular impulse 357
Total energy 130 137 341 346
Total force 259 285 301
Total impulse 357
Total impulsive force 357
Total moment 259 285 301
Trajectory, of charged particle 384 386 389—392 412 413
Trajectory, of projectile 151—159 184 407 408 414
Transformation, Lorentz 480—491 498
Transformation, Newtonian 486
Transformation, of axes in space-time 488
Transformation, to principal axes of inertia 318—320 322 323
Translation 61 279
Transmissibility of force 64
Transport, acceleration of 349
Transport, of vector 348
Transverse components of velocity and acceleration 120 125
Triad, left-handed and right-handed 247
Triad, ordered 247
Triad, unit orthogonal 23
Triangle of forces 40
Triangular plate, mass center of 79
Trigonal symmetry 321
Triple products 250—252 257
Trusses see "Frames"
Truth, mathematical and physical 7
Twisting couple 272
Two-body problem 182—184 186
Uniform field of force 67
| Uniform field of force, electromagnetic 383—387 412
Unit coordinate vectors 23 247
Unit orthogonal triad 23
Unit, of force 16 34 35 502
Unit, of length 11 13 14 35 501 502
Unit, of mass 10 13 14 35 501 502
Unit, of time 12—14 35 501 502
Units, arbitrariness of 35 502
Units, c.g.s. and f.p.s. 13
Units, change of 504—508
Varignon, theorem of 44 45 255 256
Vector 17—19
Vector field 28
Vector function 24—26
Vector product 247—250 257
Vector triple product 252 257
Vector, binormal 264
Vector, bound 18 19
Vector, components of 22—24 32 35 36 245
Vector, differentiation of 24—26 35 250
Vector, electric 381
Vector, free 18 19
Vector, gradient 28—31 35 36
Vector, in space-time 494 495
Vector, magnetic 382
Vector, moment of 43—45 70 252—257
Vector, multiplied by scalar 19 20
Vector, notation for 19
Vector, position 24 36 305
Vector, principal normal 264
Vector, rate of change of 347 348 361
Vector, sliding 18
Vector, zero 21
Vectors, addition of 19—22 35
Vectors, coordinate 23 247
Vectors, products of 245—257
Vectors, subtraction of 21
Vehicle, self-propelled 204—206
Velocities, composition of 140 307 308 491
Velocity 26—28 36 305
Velocity, absolute 494
Velocity, angular 122 126 308—311 332
Velocity, areal 170 180 185
Velocity, in cylindrical coordinates 306 307
Velocity, limiting 159
Velocity, of light 27 479—481 483 485 496
Velocity, of particle of rigid body 308—313 332
Velocity, radial and transverse components of 120 125
Velocity, tangential component of 118 126 305 306 332
Vertical 85
Vertical, on rotating earth 145 403
Vibration, normal modes of 207—214 223
Vibration, of particle in plane 212—214
Vibration, of particle on stretched string 511
Vibration, of two particles on stretched string 208—212 see
Virtual displacement 53 58 60 461
Virtual work 57—60 70 111 115 295 296 301
Ways of thinking 3—5 508
Weight 17 86
Weight, on rotating earth 145 404 405
Whittaker, E.T. xi 16
Work 53—67 70 292—301 302
Work, done by couple 64 293
Work, done by force 53 70
Work, done by forces on general system 293 294 302
Work, done by forces on rigid body 62 63 70 292 293 302
Work, virtual 57—60 70 111 116 295 296 301
Workless constraints 54—59
Wrench 269 270 285 301
Young's modulus 96 114
Young, D.H. 113
Zero vector 21
Zero, force equipollent to 48 261
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