"intensity of vibration" is a correct and usable phrase in written English.
It is typically used to describe the strength or magnitude of a vibrating object or system. The phrase is often used in scientific and technical contexts, such as physics or engineering. Example: The engineers measured the intensity of vibration in the bridge using specialized equipment, and determined that it met safety standards.
The time delay due to vibrating plates is a function of the intensity of vibration and the velocity of the continuous phase.
Location is determined by comparing the difference between the time and intensity of vibration at one sensor with the time and intensity at another.
Redispersibility of the sediment was lower at longer vibrations times and at higher intensity of vibration.
Submerge yourself in your own effervescing bottle of Champagne, in which you can choose bubble size, temperature, intensity of vibration, while at the same time being environmentally responsible by extracting maximum flow with minimum water.
The SSEK indicator is robuster in evaluating the impulsiveness intensity of vibration signals due to its better suppressing ability of Gaussian noise, harmonics and sporadic impulsive shocks.
Furthermore, it was found that although the system was operated with enough intensity of vibration, the fluidization condition could not be obtained without enough feed gas velocity.
Relationships among intensity of vibrations, tractor speed, soil moisture content and tyre inflation pressure are important for the design of tractor suspension systems.
The results of measuring the intensity of vibrations in fixed points were recorded on the time scale in a form of data arrays (matrixes).
The estimates of covariance functions between the arrays of digital results in measuring the intensity of vibrations and the estimates of covariance functions of single arrays were calculated upon changing the quantization interval on the time scale.
Development of mathematical models for predicting the peak particle velocity (PPV) based on the properties of the wave emission environment is an appropriate method for better designing of blasting parameters, since the probability of incurred damages can considerably be mitigated by controlling the intensity of vibrations at the building sites.
The intensity of vibrations can be changed by PC according to the degree of patient paralysis.
