Sentence examples for behavior at low strain from inspiring English sources

The alloy was observed to exhibit Newtonian behavior at low strain rates but to become non-Newtonian at high strain rates.

Here we show macroscopically expected and unexpected plastic behavior at low strains, observed during in situ μLaue tensile tests on micron-sized, single slip oriented Cu samples.

Comparison with the usual carbon black filled rubber shows that the composite behavior at low strains is determined by the PALF, and at high strains by the carbon black.

The behavior of model monolayer nanocomposites has been shown to follow classical shear-lag behavior at low strains with evidence of failure of the graphene polymer interface coupled with matrix cracking.

Conventional Hall Petch behavior in coarse grained materials at high strain rates governed by the dislocation glide mechanism was shown to be replaced with inverse Hall Petch behavior in ultrafine grained materials at low strain rates, when both phases deform predominantly by diffusion controlled mechanisms.

A modification of Ree-Eyring theory is used to account for the rate dependent behavior of the model polymers at high strain rates using the experimental data obtained at low strain rates.

The model predicts the behavior previously described as "mobility decrease with increased deformation" in the LVE limit and at low strain rates for NLVE.

The above observations regarding the effect of impurity level on boundary sliding behavior in Zn 22% Al are consistent with the concept of the interpretation of superplastic flow at low strain rates (low stresses) in terms of boundary segregation.

For the early research on the nonlinear analysis, the material models which were obtained at low strain rates without strain rate effect included were generally adopted to predict behavior of the structures under seismic conditions which were characterized by high strain rates.

The Bauschinger effect of three commercially produced medium carbon bar steels representing different microstructural classes with similar tensile strengths and substantially different yielding and work-hardening behaviors at low-strain was evaluated at room temperature and in situ at temperatures up to 361 °C.

The strain-hardening is greater at high strain rates than at low strain rates, and increases with strain at low strain rates.