Sentence examples for analysis of shells from inspiring English sources

Finite element analysis allows fully non-linear analysis of shells containing geometric imperfections.

The benchmark solutions may be used to check against numerical solutions for analysis of shells under dynamic load.

By incorporating a shear correction factor, the formulation also accommodates analysis of shells that have higher thickness.

Doubly-curved, axisymmetric shell finite elements are used to perform the dynamic analysis of shells of revolution.

Such a theory is specially recommended in the analysis of shells with intersections due to its specific kinematics including the so-called drilling rotation.

A general semi-analytical finite element model is developed for bending, free vibration and buckling analysis of shells of revolution made of laminated orthotropic elastic material.

For linear and non-linear analysis of shell structures, a reliable 4-node shell finite element formulation is utilized.

Snails were collected on either CAM or C3 plants for isotope analysis of shell and body, and shell size.

The comparative analysis of shell morphology was carried out with regard to the main distinguishing traits, such as shell shape, umbo position, structures of pseudo-cardinal and lateral teeth, as well as muscle attachment scars8,14.

In this work, an efficient locking-free 8-node solid-shell element, termed SolSh8, is developed for geometrically nonlinear buckling analysis of shell structures.

This work investigates the formulation of lower and upper bound finite elements for the yield design (or limit analysis) of shell structures.