Chow (1964) derived the frequency factors (k) for log-normal distribution and presented a theoretical table.
Furthermore, we have derived the frequency weighting based on the VPAD of the soft tissue.
The basic theory from which is derived the frequency characteristics of radiated sound power is presented.
Based on nonlocal elasticity theory, we have derived the frequency equation to analyze the effects of nonlocal parameter, e0a/L, attached mass and its location, c/L, on the frequency shift of carbon-nanotube-based mass sensor.
The Ritz method is applied to derive the frequency equation.
Finally, we derive the frequency of approximately 100 Hz at which the critical acceleration is minimum.
The use of proxy volcanoes when deriving the frequency-magnitude values are another limitation.
This paper firstly derives the frequency response functions (FRF) of thermoelastic fields through thermoelastic governing equations.
These data were then analysed using a Power Spectral Density (PSD) function to derive the frequency of the movements.
The Rayleigh Ritz method is used to derive the frequency equation of the liquid-filled rigid cylindrical tank with an annular plate on the sloshing surface.
