Sentence examples for material was modeled from inspiring English sources

The cyclic plastic behaviour of the material was modeled using stress-strain curves obtained in low-cycle fatigue tests.

The hardness gradient in the material was modeled by changing the yield strength as a function of depth.

Moreover, boThedefects yincorporation–shifted of the energy gap for non-polar (10̅10) Snrface, which suggests that the Sn-dopantZnO in a potential alternative candidate for fabricating efficient transparent electrode application.

The non-linear behavior of the PP material was modeled using an elastic-plastic material model for which input data were obtained from uniaxial tension tests.

The material was modeled as an elastic plastic solid with an up down up response over the extent of the Lüders strain, followed by hardening.

The compressive strength of the material was modeled by considering the relationship between the porosity and the distributional probability of the weakest points, i.e., points that could lead to fracture, in the continuum.

All numerical simulations are performed using the commercial finite element code LS-Dyna and plastic behaviour of the material was modelled with the Johnson-Cook material model.

If a material is modeled as a lattice where points have a probability for being open and allowing liquid to flow through, there is a critical probability at which a liquid can percolate across the lattice.

The material is modeled as a nonhomogeneous isotropic elastic medium.

Gas and inert material were modeled in an Eulerian fashion.

Therefore, the sand material is modeled using a constitutive model with a Mohr Coulomb failure criterion incorporating damage.