Sentence examples for simulation of the specimen from inspiring English sources

The elastic properties and strengths of the porous UD ply, needed in the simulation of the specimen (third level), are computed using analytical micromechanics relations.

The results of finite element simulations of the specimen offer an explanation for the directional dependence of fracture on the basis of the continuum crack tip fields.

The input parameters for the mechanical simulations of the specimens with different insulations are listed in Table 1.

This paper presents the experiment and simulation of the building specimen.

These two models were verified using a 3-D Finite Element simulation of the test specimen.

Finite element simulations of the cruciform specimen to study the influence of various geometrical parameters and experiments on nine selected cruciform specimen types using both strain gages and an optical-numerical full field method for strain determination over the entire biaxially loaded test zone have been carried out.

The engineering stress strain diagrams obtained by the MD simulations of the tensile specimens of various materials show a rapid increase in stress up to a maximum followed by a gradual drop to zero when the specimen fails by ductile fracture.

Finite Element simulations of the [02/θ4]s specimens using the model from part I for cohesive interface elements fatigue loading showed a good correlation with the experimental results.

The first one consists of a direct method, based on the simulation of each ULCF specimen under monotonic conditions and in the other one is based on the use of the previously generated 3D monotonic ductile fracture locus.

The approach is validated by the simulation of a second specimen with a strongly different fiber fraction (15 vol-%) and thus, a strongly different damage behavior.

With this aim, the simulation of a granular specimen collapse and then a silo discharge is considered.