Sentence examples for frequency of fluid from inspiring English sources

The typical frequency of fluid temperature fluctuation is about St = 0.2 (nearly 6 Hz), where St is Strouhal number and means non-dimensional frequency.

Structures have the time constant of structural response that depends on physical properties of the structure and the gain of the frequency response tends to become maximum at the frequency lower than the typical frequency of fluid temperature fluctuation.

Prospective studies that reported sensitivity, specificity, cutoff value of each maneuver to assess fluid responsiveness, number of patients included and frequency of fluid responsiveness and non-fluid responsiveness patients were included in this systematic review.

> As the frequency of fluid resuscitation is the highest in academic centers, extra attention was given as an implementation strategy.

The frequency of fluid responsiveness generally agrees with the literature, utilizing various loading protocols, and also involving variable amounts of fluid, in cardiac surgery patients [ 9, 10, 12, 14- 19, 19, 20].

Based on available hydrodynamic information, the thickness of the thin wall-layer and the frequencies of fluid replacement are estimated.

Starting with a frequency domain CFD description of unsteady aerodynamic flows, we form a large, sparse, generalized, non-Hermitian eigenvalue problem which describes the natural modes and frequencies of fluid motion about the cascade.

The discretized small-disturbance VII equations are used to form a generalized, quadratic, non-Hermitian eigenvalue problem that describes the eigenmodes (natural modes) and eigenvalues (natural frequencies) of fluid motion about the cascade.

The discretized small disturbance IVI equations are used to form a generalized, quadratic, non-Hermitian eigenvalue problem which describes the eigenmodes (natural modes) and eigenvalues (natural frequencies) of fluid motion about the cascade.

The developed method allows us to obtain the distributions of characteristic frequencies of fluids both over the volume and in the selected area of the medium under investigation.

The developed technique allows to determine the characteristic frequencies of fluids motion without introducing the marker particles, i.e., without the changing of the electrolyte structure.