Sentence examples for plasticity materials from inspiring English sources

The purpose of this paper is to propose a new development of the extended finite element method (XFEM) for carrying out the strong discontinuity analysis of strain localization of non-associative plasticity materials.

Crystal plasticity material models provide more realistic accumulations of localized plastic strains with cycling compare to homogenized J2 plasticity.

The CDF curves of smooth (M P) steel material are slightly different from non-smooth (J2 plasticity) material in both cases.

In this case, we carried out a parametric push-out FEM analysis with introduced damage plasticity material models.

This is accomplished by using a continuum crystal plasticity material model developed to represent these effects in Ti 6Al 4V.

By assuming that the composite deforms in accordance with a deformation theory of plasticity, material history effects are neglected.

To extend the analysis to incorporate plasticity, material Ramberg Osgood hardening constants are input into the models.

A damaged plasticity material model has been used to capture the effect of material degradation of a brittle material under machining.

Two similar continuum plasticity material models are used to examine the influence of material modelling on the seismic response of reinforced concrete frame structures.

The comparisons presented support the effectiveness of the proposed approach in accurately calibrating the J2 plasticity material model for such problems.

To this end, we perform the limit analysis of a hollow sphere made up of a Fleck and Hutchinson's strain gradient plasticity material.