Sentence examples for fundamental shell from inspiring English sources

We introduce N (N ⩾ 3) I-surfaces and choose the values of displacements with correspondence to these surfaces as fundamental shell unknowns.

The applicability of multisegment numerical integration technique is extended to the solution of free vibration problem of anisotropic composite shells of revolution through the use of finite exponential Fourier transform of the fundamental shell equations.

In Fig. 5a, b, it can be seen that the highest fundamental frequency of shell changes from shell panel with ring stiffeners to shell panel with orthogonal stiffeners.

From the previous investigations, it can be noted that: For the vibration analysis, when the stiffener's height-to-width ratio increases, the highest fundamental frequency of shell changes from shell panel with ring stiffeners to shell panel with orthogonal stiffeners.

Fundamental elements of isogeometric shell design are introduced.

Besides, the fundamental frequencies of stiffened shell panel with elastic foundation are higher than those without elastic foundation, but the deflections are smaller than those.

Besides, the fundamental frequencies of stiffened shell panels with elastic foundation are higher than those without elastic foundation, while the deflections are smaller than those.

Therefore, a designer not only has to consider the buckling characteristics of a cylindrical shell under fundamental loading conditions, but also the buckling interactions.

Investigating such structures is interesting not only because it can enhance our fundamental understanding of NW shell growth but also because it is highly relevant for NW electronics devices since NW device performance has been shown to be strongly influenced by surface morphology and surface defects.

The chapter discusses the historical development of the dynamics of shells, and presents the fundamental theory of the rotating shells of revolution.

Figure 3 also shows that the fundamental frequency of both cylindrical shell panel and spherical shell panel with ring stiffeners is the highest (only for this dimension of stiffener and their material properties).