Sentence examples for constant taper from inspiring English sources

The mathematical formulation considers a single pole tower configuration having thin-walled circular cross section with constant taper along the tower height.

So there are 3 types of tapers: constant taper, progressive taper (from apical to coronal) and decreasing taper [ 17, 18].

The upper bounds of frequencies corresponding to the first two modes of vibrations of a clamped orthotropic elliptic plate for various values of aspect ratio, taper constant and temperature constant are obtained.

Normalized displacements are presented for two different values of the taper constant keeping other plate parameters fixed for all the three boundary conditions.

Numerical results are compared with existing results for special cases, and also we presented to show the effects of taper constant, face plate thickness and boundary condition on natural frequencies.

The frequency parameters corresponding to the first two modes of vibration have been computed for different values of the non-homogeneity parameter and taper constant and for clamped and simply supported edge conditions of the plate.

The frequencies, deflections and moments corresponding to the first five modes of vibration are computed for clamped and simply supported edge conditions for various values of taper constant, non-homogeneity parameter and foundation modulus.

Transverse displacements, moments in normalized form for a particular set of plate parameters and buckling loads in compression for different values of taper constant, foundation modulus and rigidity ratios have been computed for the first two modes of vibration.

The frequencies corresponding to the first two modes of vibrations are obtained for a circular plate with clamped and simply supported edge conditions for various values of the taper constant and the foundation modulus.

The frequencies corresponding to the first two modes of vibrations are obtained for an orthotropic rectangular plate with different combinations of boundary conditions for various values of taper constant and the temperature gradient.

Logarithmic decrement, time period and deflection at different points for the first two modes of vibration are calculated for various values of taper constants and aspect ratio.