Page 554 - Thomson, William Tyrrell-Theory of Vibration with Applications-Taylor _ Francis (2010)
P. 554
Absorber, vibration, 150, 152 Bathe, K. J., 262
Accelerometer, 81 Beam:
error 82, 83 coupled-llexure torsion, 397
Adjoint matrix, 179, 499 finite element, 306
Amplitude, 6, 8 11exure formula, 281
complex, 55 influence coefhcients, 173
of forced vibration, 52, 53 mode summation, 192
of normal modes, 131, 133 natural frequency table, 283
normalized, 132 orthogonality, 185, 351
peak, 85 Rayleigh method, 24, 374
resonant, 53 rotary inertia and shear, 286
Aperiodic motion, 32 Beat phenomena, 137
Arbitrary excitation, 94 Bellman, R., 481
Archer, J. S., 309 Bendat, J. S., 439, 452
Area-moment method, 174 Bifilar suspension, 167
Argand diagram, 8 Blackman, R. B., 452
Assumed mode method, 223 Branched torsional system, 404
Autocorrelation, 432 Brock, J. E. 482
analyzer, 433 Building vibration, 189, 193, 205, 218
of sine wave, 433 Butenin, N. V., 482
Automobile vibration, 141
Average value, 12 Central difference method. 109
Axial force, effect on beams, 375 Centrifugal pendulum, 152
Characteristic equation, 28, 132
Balancing, 58 Characteristic polynomial, 235
dynamic, 59 Cholesky decomposition. 249
long rotor, 61 Circle diagram, frequency response, 77
static, 58 Circular frequency, 7
Barton, M. V., 352, 452 Clarkson, B. L., 452
Base excitation, 96 Clough, R. W„ 337
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