Sentence examples for beam under the action from inspiring English sources

In this paper we study the deformation and stability of a pinned pinned buckled beam under the action of a concentrated force at the midpoint.

This paper investigates free and forced vibration of bi-directional functionally graded (BDFG) Timoshenko beam under the action of a moving load.

This work is devoted to the numerical simulation of a Vlasov Poisson model describing a charged particle beam under the action of a rapidly oscillating external field.

The characteristic equation for free vibration can be derived by applying the Green function, which is obtained as a discrete type solution of differential equations governing the flexural behaviour of the curved beam under the action of a concentrated load.

The characteristic equation of the free vibration is derived by applying the Green function which is obtained as a discrete solution of differential equations governing the flexural behaviour of the sandwich beam under the action of a concentrated load.

The characteristic equation for finding the natural frequencies and modes is derived by introducing a discrete-type Green function which is a discrete solution of the differential equation governing the flexural behaviour of a sandwich beam under the action of a concentrated load.

Analytical results are presented for statically-determinate circular cantilever beams under the action of various tip loads.

Type 2 of shear wall deflection is bending and shear deformation of connected beams under the action of the shear flow (Fig. 20b).

The influence of multiple concentrated cracks on the stability of shear deformable beams, particularly under the action of tensile loads, has never been assessed in the literature and is here addressed on the basis of an extensive parametric analysis.

Thus, the mechanical response of the U-shaped thin-walled RC beams under the combined action of bending, shear and torsion should be studied to lay the foundation for the development of a rational design provision.

All precision, Kidman moves like a laser beam through the action.