ГОСТ РИСО 2041—2012
displacement transducer...........................................4.12
dominant frequency.................................................... 2.19
driving point (mechanical) Impedance....................1.49
duration of shock pulse..............................................3.17
dynamic com pliance..................................................1.57
dynamic m ass.................. .......................................1.59
dynamic range (of a transducer).............................4.17
dynamic stiffness . . ..................................................1.58
dynamic vibration absorber....................................2.127
E
effective bandwidth (of a specified band-pass
filte r)...............................................................................5.36
effective noise bandw idth.........................................5.20
elastic centre..............................................................2.122
electrodynamic vibration generator...................... 2.102
electromagnetic vibration generator...................2.103
electromechanical transducer....................................4.2
elliptical vibration........................................................2.52
energy spectral density..............................................5.13
ensemble .....................................................................5.26
environm ent..................................................................1.11
equivalent linear damping...........................................2.91
equivalent system ........................................................1.26
ergodic process...........................................................5.30
excitation.........................................................................1.16
extraneous vibration.................................................... 2.28
F
final peak sawtooth shock pulse................................ 3.9
fixed-base natural frequency ....................................2.84
flexural vibration................................6.7
flow Induced vibration...............................................6.13
flutter...............................................................................6.11
fo rce .................................................................................. 1.5
force transducer...........................................................4.15
forced vibration...........................................................2.22
form factor....................... . .......................................2.48
foundation..................................................................... 1.24
Fourier se rie s...............................................................5.10
Fourier transform ...........................................................5.9
free Impedance ............................................................1.51
free vibration..................................................................2.23
frequency........................................................................2.33
frequency distortion....................................................4.26
frequency resolution.....................................................5.8
frequency-response function....................................1.54
fundamental frequency..............................................2.34
fundamental natural mode of vib ra tio n ................2.61
G
Gaussian random vibration ................
Gaussian stochastic vibration.................................2.14
gyroscopic m om ent......................................................6.6
H
half-sine shock pulse....................................................3.8
harmonic..................................................................... 2 35
driving-point (mechanical) m o b ility .......................1.55
haversine shock pulse ..............................................3.12
hydraulic vibration generator.................................2.105
hysteresis damping .....................................................2.93
ideal shock pulse...........................................................3.7
Im pact...............................................................................3.4
im p ulse ............................................................................3.5
induced environm ent................................................. 1.12
inertial force..................................................................... 1.9
Inertial reference frame................................................. 1.8
Inertial reference system ..............................................1.8
Initial peak sawtooth shock p u ls e ..........................3.10
instantaneous value....................................................2.49
Isolator.........................................................................2.119
J
Jerk......................................................................................1.7
Jum p...............................................................................2.30
L
leakage error..................................................................5.24
level (of a quantity).....................................................1.62
linear damping ...........................................................2.90
linear damping coefficient.......................................2.92
linear sweep rate........................................................2.116
linear system..................................................................1.22
linear transducer...........................................................4.4
linear vibration ...........................................................2.53
logarithmic (frequency) sweep rate.......................2.117
logarithmic decrem ent..............................................2.97
longitudinal vibration.................................................2.25
longitudinal w ave........................................................2.71
lumped m ass..............................................................2.110
lumped parameter syste m ........................................1.28
M
magnetostrlctlve vibration generator. . . . . . 2.109 m
axim ax........................................................................2.50
(mechanical) direct-drive vibration generator . 2.104
mechanical Impedance . ...........................................1.48
(mechanical) m obility.................................................1.54
(mechanical) reaction vibration generator . . . 2.106
mechanical system .....................................................1.23
modal analysis.............................................................. 1.43
modal density...............................................................1.47
(fundamental) p e rio d ................ 2.32
modal m atrix..................................................................1.45
fundamental train frequency..............„ ...................6.4
modal number...............................................................2.63
modal s tiffn e s s ........................................................... 1.46
mode of vibration........................................................2.60
2.14
mode shape..................................................................2.62
moment of Inertia........................................................1.35
multi-degree-of-freedom system .............................1.30
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