Sentence examples for frequency of a beam from inspiring English sources

where Ω is the frequency of a beam [12].

The effect ofron the first modal frequency of a beam is studied.

The minimum stiffness of a simple (or point) support that raises a natural frequency of a beam to its upper limit is investigated for different boundary conditions.

The nature of a discrete viscous damper's effect on the fundamental frequency of a beam is revealed as the method is applied to the case of a cantilevered beam.

A wave model is proposed for estimating damping loss factor as a function of frequency for a beam with arbitrary transient loading applied through the boundary conditions.

The static deflections of a bending beam subjected to transverse force, the critical buckling loads and buckled configurations of an axially loaded beam, and the nonlinear frequencies of a beam with initial lateral displacement are discussed.

Then an alternative expression of the improved Rayleigh method is provided to calculate the natural frequencies of a beam with a variable stiffness distribution along its length.

The free vibration frequencies of a beam with flexible ends resting on Pasternak soil are determined in the presence of a concentrated mass at an arbitrary intermediate abscissa.

Numerical computation has been carried out to investigate the effect of each crack, the number of cracks and boundary conditions on the natural frequencies of a beam.

This paper shows how the transcendental dynamic stability functions can be used to determine the natural frequencies of a beam system carrying a rigid body.

This paper devoted to enhance the accuracy of calculations of natural frequencies of a beam, which is realized on the basis of an extrapolation of numerical results obtained by spline functions of 5th degree.