Sentence examples for behaviour strain from inspiring English sources

Finite element simulations show that the details of the intrinsic post-yield behaviour, strain softening and strain hardening, determine the severity of strain localisations.

Comparisons of the experimental data and the model simulations are given in Figure 2a for monotonic tensile and stress relaxation behaviour (strain rate = 0.0083%/s, maximum strain 1%) and in Figure 2b for stabilized loop of a strain-controlled cyclic test (strain rate = 1%/s, strain range Δε = 1% and strain ratio = 0).

In order to design an equal channel angular pressing (ECAP) die that can be used to process a variety of materials, it is crucial to understand the effect of die design and material parameters on the deformation behaviour, strain distribution and load requirement.

In particular, to study the viscous behaviour, strain-controlled tests were also carried out for the blended specimens under two strain rates, i.e., 0.01/s and 0.0001/s.

The behaviour of strain hardening at high strain levels is related to the transformation rate of γr which is greatly affected by the stability of γr.

In studying the deformation of rocks one can start with the assumption of ideal behaviour: elastic strain and homogeneous and isotropic stress and strain.

The blends were characterized for melt viscosity, domain morphology, and tensile stress-strain behaviour at two strain rates.

Also, it uses the elastic rheology for solving the rock behaviour and strain calculation similar to the other methods.

The behaviour of strain profiles of GT2 series was almost similar to that found in GFRP control series.

An elasto-viscoplastic constitutive model is used to predict the observed stress strain behaviour and strain localisation for the dual-phase steel.

The sensitivity of the fracture behaviour to strain rate and temperature decreases with increasing rubber content.