Sentence examples for modelling the strain from inspiring English sources

The importance of modelling the strain rate dependent material behaviour increases since structural components more and more have to be designed against extreme events.

The chapter incorporates permanent deformation into a stress-strain curve to model the strain reversal effect in which unloading is under elastic behavior.

The plastic deformation is incorporated into the stress strain curve to model the strain reversal effect in which unloading under elastic behaviour is allowed.

A damage-softening statistical constitutive model of intact rock was implemented in FEM code in order to model the strain-softening behavior of rock masses.

This paper is concerned with modelling the high strain rate (HSR) behaviour of carbon and glass fibre-reinforced composite materials.

The loading edge is clamped and translated in the x-direction, modelling the global straining of the test specimen.

The uniform deformation energy density model models the strain most appropriately.

From this model the strain energy is determined, assuming a linear hardening law.

Among existing models, the strain gradient plasticity model provided the real physical reason for the genesis of ISE in ZTA and hence, explained the data the best.

The models evaluated are the turbulent diffusivity model, k ε model, the strain rate tensor (SRT) model and the subfilter kinetic energy (SKE) model.

In this model, the strain at the free surface of this half-space due to the buried point QDs is calculated, and a scalar measure of the strain at the surface is subsequently determined.