Sentence examples for behavior of the plates from inspiring English sources

The distributed springs and dampers are introduced to characterize the joint behavior of the plates.

This methodology is coupled with the Finite Element (FE) method to analyze the wave propagation behavior of the plates under elastic response.

As a means of assessing the anticipated behavior of the plates, upper and lower bounds to the buckling strengths are established.

The effect of material properties, boundary conditions and thermal loading on the dynamic behavior of the plates is determined and discussed.

Thin plate theory in conjunction with Green's strain and von Karman assumptions is used for modeling the nonlinear behavior of the plates.

The optimization methodology is based on a genetic algorithm, which is coupled with a finite element method for analyzing the wave propagation behavior of the plates.

The material behavior of the plate affects the structural behavior of the plated section.

The nonlinear dynamic analysis is considered with cracked behavior of the plate.

The effects of material and boundary restraining parameters on the local shear buckling behavior of the plate elements are discussed.

We specifically examine several constitutive models for simulating the elasto-plastic behavior of the plate material while maintaining computational efficiency.

The viscoelastic behavior of the plate is given in terms of the Boltzmann superposition principle, allowing any linear viscoelastic character.