Sentence examples for behaviour of thin shells from inspiring English sources

Rotation-free (RF) shell elements include the bending behaviour of thin shells without introducing any additional degrees of freedom compared to a membrane element.

Many variations of thin shells were devised for use in industrial buildings.

This paper presents new exact solutions for vibration of thin circular cylindrical shells with intermediate ring supports, based on the Goldenveizer Novozhilov shell theory (Theory of thin shells; The theory of thin elastic shells).

We have fabricated cylindrical and spherical invisibility cloaks made of thin shells of polydimethylsiloxane (PDMS) doped with melamine-resin microparticles.

The dynamic behaviour of thin conical shells can be analysed using a number of numerical methods.

This paper addresses the main challenges of describing the multistable behaviour of thin composite shells, such as bifurcation points and snap-through loads, through the development of an accurate and computationally efficient energy-based method.

This work deals with the numerical (FEM) study on the buckling behaviour of thin CFRP cylindrical shells under static axial compression.

Also, it was shown that the buckling behaviour of thin composite cylindrical shells can be evaluated accurately via modelling to determine the imperfections and the material properties in FEM.

It was shown that the buckling behaviour of thin composite cylindrical shells can be predicted by accurately measuring initial geometric imperfections and modelling it appropriately in FEM using the measured material properties.

In this work, the framework of isogeometric shell analysis is applied to the simulation of the dynamic behaviour of thin components measured by a 3D laser scanner.

These two facet shell elements are examined for their capacity to accurately simulate inextensional bending of general thin shells.