Examples of 'damping coefficient' in a sentence
Meaning of "damping coefficient"
damping coefficient: In physics or engineering, it refers to a parameter that determines the rate at which vibrations in a system decay over time
How to use "damping coefficient" in a sentence
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damping coefficient
Damping coefficient was characterized for the first time.
Energy is dissipated because of the friction related to the damping coefficient.
Is the damping coefficient.
The two cases shown differ in terms of the damping coefficient a.
The damping coefficient is determined by an instrument known to the practitioners as vibrograph.
The following equations can be understood to calculate the damping coefficient.
The damping coefficient is a material property that represents the internal friction caused by dynamic stresses.
The greater the spring rate the greater the damping coefficient.
That is, the damping coefficient further decreases.
Each deformation mode has a pulse w and a damping coefficient E.
That is, a damping coefficient decreases.
These coefficients correspond to the predetermined relationship I for varying the damping coefficient.
For example, a physical property could be a damping coefficient or a resonance frequency.
The exponential damping coefficient a, in effect, sets the bandwidth of the tag signal.
Advantageously, the spring possesses a large damping coefficient.
See also
System for measuring the damping coefficient of vehicle-mounted shock absorbers.
In addition, a correlation between strain heterogeneities and Gilbert damping coefficient was found.
In this case, the damping coefficient is related to the curve section in advance.
Dynamic modulus, modulus of rigidity and the damping coefficient were assessed.
As a result, the damping coefficient in the high piston speed region increases.
In contrast, no significant correlation of the damping coefficient with density was found.
The damping coefficient is a function of the spring rate of the spring 36.
This current value thus defines a damping coefficient for damper 5.
An increase in damping coefficient results in decreasing amplitudes, i.e. a reduction in vessel acceleration.
Definitions and environment conditions for pendulum damping coefficient value test method,.
In its off state, the damping coefficient of the damper is of relatively low magnitude.
An example of such a relationship L for varying the damping coefficient is shown in FIG . 4.
Leaf spring has a high damping coefficient for travels, i.e. very low amplitudes of deformation.
The main characteristic of a visco-elastic material is its intrinsic damping coefficient ( tan δ ).
In some cases, increasing the damping coefficient makes the delivery rate more linear.
Therefore, each pair of the springs can provide a two-step damping coefficient.
The modal damping coefficient at 200 Hz is an indicator of acoustic performance at low frequencies.
Considering a damping ratio equal to 10 %, the damping coefficient value is,.
Damping coefficient in N-sec / mm.
Table 1 below summarizes the modal damping coefficient of each example, at 20 ° C. and at several frequencies.
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