Sentence examples for material profiles from inspiring English sources

Various material profiles along the radial and axial directions are illustrated by using the 2-D power-law distribution.

Various material profiles in two radial and axial directions can be illustrated using the six-parameter power-law distribution.

Parametric studies are carried out for FGM open shells with respect to the boundary conditions, material profiles and geometrical parameters.

The effects of the material profiles and boundary conditions on the free vibration of the functionally sector plates are also studied.

With assumption V b  = 1 and V a  = 0.3, some material profiles in the radial [η r  = (r − R /h] and axial (η z  = z/L z ) directions are illustrated in Figs. 3, 4 and 5.

Parametric investigations are carried out to study the effects of geometrical parameter, boundary conditions and material profiles on free vibration of functionally graded structures.

Effects of the material profile on the sound radiation of the shells are also investigated.

An efficient material profile equation, independent of probe coil and basis function properties, is also designed and verified.

The effects of FGM material profile, cylinder thickness, excitation frequency and type on the radiated far-field are examined.

At the nanoscale and microscale the specific structural features of the cells and cell walls result in a lightweight structure with an anisotropic material profile of excellent mechanical performance.

The detailed parametric studies are carried out to study the influences of non-circularity, radius-to-thickness ratio, material composition and material profile index on the free vibration frequencies and mode shape characteristics of functionally graded elliptical shells.