Sentence examples for shell dynamics from inspiring English sources

Despite this, further research is still required to improve design, especially with respect to shell dynamics.

Various examples of non-linear shell dynamics including free large overall motion and non-linear vibrations in conjunction with cases of dynamic stability are considered.

Based on Reddy's third-order shear deformation theory, von Karman-type nonlinear kinematics and Hamilton's principle, the nonlinear partial differential equation that controls the shell dynamics is derived.

There are a large number of journal publications and books in the area of shell dynamics, but only a small proportion of them involve the dynamics of high-speed rotating shells.

Hence, an important advantage of this model is that it makes it possible to study the effect of a microstructure size on the global shell dynamics (the length-scale effect).

After laser pump irradiation and shell formation and during initial stage of shell dynamics with Δr 1 ≤ r 0, intensity of scattered radiation by system NP-shell will be decreased (see Figures 1, 2, 3 and 4), and this system could not be visualized.

Parametric studies are carried out in order to study the influence of temperature change, initial curvature, panel thickness and fibre orientation on the shells' dynamics.

Since some of these coefficients depend on a cell size, then the model takes into account the effect of a microstructure size on the shells dynamics and stability.

The new model featured a rounded exterior body shell, improved dynamics and many firsts for an Australian-built car.

It is well known that singular integral equations and boundary value problems for analytic functions are the main branches of complex analysis and have a lot of applications, e.g., in elasticity theory, fluid dynamics, shell theory, underwater acoustics, and quantum mechanics.

The role of initial imperfections in nonlinear dynamics of shell is discussed using frequency responses.