Sentence examples for behavior of the cylindrical from inspiring English sources

It investigated the mechanical behavior of the cylindrical samples, 4 mm thick, whose geometry is shown in the Fig. 1.

In most previous experiments, the final expansion velocity and fracture behavior of the cylindrical casing were the main focus.

In this study, the effects of different arrangements of the circular cutouts on buckling and post-buckling behavior of the cylindrical shells are investigated.

Considering the radial clearance, roller crown profile and discontinuous contact between the roller and cage, a nonlinear dynamic model for skidding behavior of the cylindrical roller bearing is established based upon the Hertz contact theory and elastohydrodynamic lubrication.

The influences of the number of stiffeners, volume fraction exponent, the thickness of the metal layer, and geometric parameters on the nonlinear buckling behavior of the cylindrical shell with FG coatings are examined in details.

Nonlinear finite element analyses in which the behavior of the cylindrical steel members in pure compression and in pure bending is explored incorporating the girth weld-induced imperfections are next discussed.

Moreover, the effects of cutout imperfection on the buckling behaviors of the cylindrical shells are comprehensively investigated.

The results show that apart from concentration the GPL distribution in polymer matrix significantly influences the buckling behaviors of the cylindrical structures.

But relevant theoretical research on the thermal buckling behavior of the imperfect cylindrical shell is limited in most open literature.

It is demonstrated that the length-to-radius ratio, radius-to-thickness ratio, and dimensionless length scale parameter play a significant role in the vibration behavior of the FGPM cylindrical nanoshell based on the size-dependent piezoelectric theory.

In this paper acoustic behavior of the laminated composite cylindrical shell, excited by an oblique plane sound wave, is investigated.