Sentence examples for behavior of thick plates from inspiring English sources

The tower has been modeled with 8-nodes 4093 plate elements (QUAD8) that can better describe the behavior of thick plates like the ones here considered (Fig. 2); such shell element is a quadrilateral element which assumes as nodes the four corners and other four extra nodes along the four edges.

Based on Mindlin plate models and Kirchhoff plate models, this study was concerned with the wave propagation characteristics in thick conventional and auxetic cellular structures, with the objective to clarify the effects of negative Poisson's ratio, shear factor and orthotropic mechanical properties on the dynamic behaviors of thick plates.

The study's graphs and tables assist engineers' designs of thick plates resting on elastic foundations.

Hosseini-Hashemi et al. suggested an analytical solution to the investigation and vibration of thick plates.

Parametric investigations on the dynamic behavior of thick circular plates resting on elastic foundation have been carried out with respect to various thickness radius ratios, foundation stiffness parameters and boundary conditions.

Additionally, the present model of thick plate model can be degenerated to the model of composite cross-ply laminated Kirchhoff plate and Mindlin plate of couple stress theory.

Hence, with the use of thicker plates, bearing failure can be avoided.

A non-linear finite element analysis is presented, for the elasto-plastic behavior of thick shells and plates including the effect of large rotations.

The presented results shed light onto the buckling behavior of thick shear-deformable multi-layered plates.

We use the first-order shear deformation theory and a meshless method based on radial basis functions in a pseudospectral framework for predicting the free vibration behavior of thick orthotropic, monoclinic and hexagonal plates.

It is established that elastic foundations affects significantly the mechanical behavior of functionally graded thick plates.