Sentence examples for material model accounting from inspiring English sources

The material model accounting for elastic plastic isotropic and kinematic hardening effects in rails is adopted.

A phenomenological material model accounting for both temperature and strain-rate effects has been developed, which well describes the compressive and failure behaviors at various strain rates and environmental temperatures.

The material models account for both ply failure mechanisms and delamination.

The material model accounts for different yield strengths in tensile and compressive direction as well as pressure dependence.

A new material model that accounts for the effect of stress state on grain-boundary-sliding creep is proposed.

The rate sensitive microplane material model, which accounts for large deformations and rate effects, is used as a constitutive law.

The proposed cohesive relation is a composite-type material model that accounts for the properties of both the original and the healing material, which are typically different.

A deformation-based design approach called the continuous strength method (CSM) has been proposed for the design of stocky cross-sections, which relates the strength of a cross-section to its deformation capacity and employs a bi-linear (elastic, linear hardening) material model to account for strain hardening.

Such size effects can be captured by material models which account for internal length scales, such as constitutive equations in higher order continuum theories (Altenbach et al. 2013).

We use Glen's law for secondary creep of ice as the material model and account for the anisotropic creep behaviour of single crystals by assigning individual network strands a random orientation of the c-axis.

The model accounted for both geometric and material nonlinearities.