Sentence examples for shell segments from inspiring English sources
The optimum number of shell segments is found, which minimizes the cost function and fulfils the design constraints.
This 45 m high shell is modelled by three stacked cylindrical shell segments, each 15 m in length and each having constant average diameter and thickness.
The toroidal shell segments consist of two types convex shell and concave shell which are reinforced by ring and stringer stiffeners system.
The transfer of membrane forces between adjacent shell segments is such that only vertical equilibrium of stress resultants needs to be preserved.
The Jacobi polynomials along the axial direction and the standard Fourier series along the circumferential direction make up the displacement functions of shell segments.
A unified accurate solution procedure for free vibration analysis of arbitrary functionally graded spherical shell segments with general end restraints is presented.
The thickness of each shell segment is calculated from the shell buckling constraint.
Fourier series and polynomials are applied to expand the displacements and rotations of each shell segment.
The dimensions of ring-stiffeners for each shell segment are determined on the basis of the ring buckling constraint.
Double mixed series, i.e., Fourier series and polynomials, are used as admissible functions for each shell segment.
In the case of the Tresca yield condition, the optimum structure is a spherical shell segment with uniform thickness, and an associated ideal stretching process is hydraulic bulging.
