Sentence examples for determination of frequency from inspiring English sources
When modeling complex interrelated facilities, the MATLAB environment may not always be useful for determination of frequency response characteristics.
Wavelet transformation (WT) is one of the waveform analysis methods, which allows the determination of frequency domain data as a function of time.
A set of approximate high-level relationships are presented for the determination of frequency and buckling parameters of polar orthotropic circular plates with edges elastically restrained against rotation.
Two different approaches for the determination of frequency response functions (FRFs) are used for the non-parametric closed loop identification of a flexible joint industrial manipulator with serial kinematics.
The purpose of this study was to develop and apply a system for the determination of frequency and duration of patient activities in their habitual environment and to compare the results to a clinical outcome score (Harris hip score).
Headache diaries are extremely valuable for an accurate determination of frequency, severity, and disability and provide a basis for decisions about preventive therapy [31].
Methods for solving both forward (determination of frequencies of beams knowing the crack parameters) and inverse (determination of crack location knowing the natural frequencies) problems are included.
The problem can be tackled using a decomposition strategy, where route design and the determination of frequencies and passenger flows will be dealt with separately.
In numerical examples, elliptical plates on some symmetric point supports are considered, and it is shown that the method is straightforwardly applicable to determination of frequencies for elliptical plates resting on various support configurations.
Recently, Hu [A note on the frequency of nonlinear conservative oscillators, Journal of Sound and Vibration 286 (2005) 653 662] presented a superposition method for the approximate determination of frequencies of conservative oscillators when the nonlinear restoring force consists of a superposition of several individual characteristics.
The second is the linear viscoelastic oscillatory experiment, leading to the determination of frequency-dependent energy storage modulus G' (elastic) and loss modulus G″ (viscous), which reveal the mechanical properties of the material under small amplitude oscillatory shear.
