mechanical vibration - определение. Что такое mechanical vibration
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Что (кто) такое mechanical vibration - определение

PROCESS OF ISOLATING AN OBJECT FROM THE SOURCE OF VIBRATIONS
Vibration-isolation; Vibration isolator; Passive vibration isolation
  • Coiled Cable Mount
  • Passive Vibration Isolation
  • negative-stiffness transmissibility
  • Damping effect on transmissibility
  • Subframe vibration isolation graph: force transmission on suspended body vs. frequency for rigidly and compliantly mounted subframes.
  • right
  • 400px
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Vibration         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
·noun The act of vibrating, or the state of being vibrated, or in vibratory motion; quick motion to and fro; oscillation, as of a pendulum or musical string.
II. Vibration ·noun A limited reciprocating motion of a particle of an elastic body or medium in alternately opposite directions from its position of equilibrium, when that equilibrium has been disturbed, as when a stretched cord or other body produces musical notes, or particles of air transmit sounds to the ear. The path of the particle may be in a straight line, in a circular arc, or in any curve whatever.
vibrate         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
¦ verb
1. move with small movements rapidly to and fro.
2. (of a sound) resonate.
Derivatives
vibrating adjective
Origin
ME: from L. vibrat-, vibrare 'move to and fro'.
vibration         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
Vibration         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
Vibration is a mechanical phenomenon whereby oscillations occur about an equilibrium point. The word comes from Latin vibrationem ("shaking, brandishing").
vibrations         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
informal a person's emotional state, the atmosphere of a place, or the associations of an object, as communicated to and felt by others.
vibration         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
n.
Oscillation, swinging, nutation.
vibrate         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
I. v. n.
1.
Oscillate, swing, move to and fro, move backward and forward.
2.
Impinge, sound, quiver, produce a vibratory effect.
3.
Vacillate, hesitate, waver, fluctuate.
II. v. a.
1.
Brandish, swing, move to and fro.
2.
Cause to quiver, undulate, affect with vibratory motion.
3.
Measure by swinging.
vibrate         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
(vibrates, vibrating, vibrated)
If something vibrates or if you vibrate it, it shakes with repeated small, quick movements.
The ground shook and the cliffs seemed to vibrate...
The noise vibrated the table.
VERB: V, V n
vibration (vibrations)
The vibrations of the vehicles rattled the shop windows.
N-VAR
Vibrate         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
·Impf & ·p.p. of Vibrate.
II. Vibrate ·vt To affect with vibratory motion; to set in vibration.
III. Vibrate ·vt To mark or measure by moving to and fro; as, a pendulum vibrating seconds.
IV. Vibrate ·vi To produce an oscillating or quivering effect of sound; as, a whisper vibrates on the ear.
V. Vibrate ·vt To Brandish; to move to and fro; to Swing; as, to vibrate a sword or a staff.
VI. Vibrate ·vi To pass from one state to another; to Waver; to Fluctuate; as, a man vibrates between two opinions.
VII. Vibrate ·vi To have the constituent particles move to and fro, with alternate compression and dilation of parts, as the air, or any elastic body; to Quiver.
VIII. Vibrate ·vi To move to and fro, or from side to side, as a pendulum, an elastic rod, or a stretched string, when disturbed from its position of rest; to Swing; to Oscillate.
vibration         
  • Two degrees of freedom model
  • Free vibration with 0.1 and 0.3 damping ratio
  • Forced Vibration Response
  • Frequency response model
  • Simple mass spring model
  • Mass–spring–damper model
  • Simple harmonic motion of the mass–spring system
  • How a 1 Hz square wave can be represented as a summation of sine waves (harmonics) and the corresponding frequency spectrum. Click and go to full resolution for an animation
MECHANICAL PHENOMENON WHEREBY OSCILLATIONS OCCUR ABOUT AN EQUILIBRIUM POINT; PRECISELY USED TO DESCRIBE MECHANICAL OSCILLATION
Vibrations; Angular vibration; Parallel vibration; Mechanical vibration; Forced vibration; Dynamic response; Damped vibration; Vibration analysis; Vibrations analysis; Vibrate; Vibration testing
¦ noun
1. an instance of vibrating.
Physics an oscillation of the parts of a fluid or an elastic solid whose equilibrium has been disturbed or of an electromagnetic wave.
2. (vibrations) informal a person's emotional state, the atmosphere of a place, or the associations of an object, as communicated to and felt by others.
Derivatives
vibrational adjective

Википедия

Vibration isolation

Vibration isolation is the process of isolating an object, such as a piece of equipment, from the source of vibrations. Vibration is undesirable in many domains, primarily engineered systems and habitable spaces, and methods have been developed to prevent the transfer of vibration to such systems. Vibrations propagate via mechanical waves and certain mechanical linkages conduct vibrations more efficiently than others. Passive vibration isolation makes use of materials and mechanical linkages that absorb and damp these mechanical waves. Active vibration isolation involves sensors and actuators that produce disruptive interference that cancels-out incoming vibration.