Sentence examples for behavior of thin shells from inspiring English sources

Numerical results obtained using the present method for several typical problems not only demonstrate the capability of the method, but also lead to significant observations concerning the postbuckling behavior of thin shells of revolution.

This study develops a computational model of free-form shell generation in the design of roof structures that rely on the optimized behavior of the membrane theory of thin shells.

Structural behavior is in accordance with the membrane theory of thin shells and aesthetic appeal is a natural consequence of the forms generated for applications in architectural design and civil engineering.

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 Brazier effect describes the influence of ovalisation on the buckling of thin shells.

The collapse behavior of thin spherical shells under quasi-static loading was studied by Gupta et al. (2008).

Then, the buckling behavior of thin cylindrical shells was investigated based on a wind tunnel experiment with elastic cylinders.

Some of the studies made on regular cylindrical panels are those of Selmane and Lakis (1997) who investigated the dynamic and static behavior of thin, open cylindrical shells freely supported along their curved edges with different boundary conditions at the straight edges.

This paper presents the effects of different end conditions on the response behavior of thin circular cylindrical shell structures fully in contact with flowing fluid.