A theoretical model for laminated piezoresistive microcantilevers with discontinuous layers is developed for surface stress sensitive biosensors.
The object of this study is to develop a mathematical model for laminated glass beams with initial delamination.
Comparing with Bert's model for laminated materials, GWFMM model can obtain more accurate mechanical response of structures in complex three-dimensional stress states.
This paper presents a consistent anisotropic damage model for laminated fiber-reinforced composites relying on the 3D-version of the Puck failure criterion.
The frequency spectra of the higher-order model, for laminated arches, are identified through a novel process, proposed in this paper.
The subject of the present article is a new layer-based fatigue damage model (FDM) for laminated multidirectional laminates exposed to general states of plane stress, which allows for simulating the stiffness and the strength degradation by means of a FEM analysis.
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In contrast to the published size-dependent models for composite laminated plates, present model a priori satisfies the continuity conditions of transverse shear stresses (TSSs) at the interfaces.
It is observed that the present theory can be more accurately applied for the modeling of laminated composite and sandwich plates at the same computational cost as that of other shear deformation theories.
