Sentence examples for a very large strain from inspiring English sources

Depending on the resistance of the interface to sliding, the metal film can exhibit three types of tensile behavior: the film slides and ruptures at a small strain by forming a single neck, the film slides and deforms to a large strain by forming multiple necks, and the film deforms uniformly to a very large strain without sliding and necking.

Due to superior elastic properties, rubber remains elastic up to very large strain and therefore can be considered as a classical example of finite strain elasticity.

This flexoelectric coupling, however, is generally very small and evades experimental detection unless very large strain gradients (or conversely polarization gradients) are present.

By any criteria, these are very large strain to strain differences which stretch the definition and technology of resequencing.

Further deformation resulted in a reverse α″ to β transformation with decreasing α″ sizes, generating a completely nano β grain structure at very large straining.

The stress strain behavior is found to exhibit four characteristic features: (1) a relatively high initial stiffness, (2) followed by a rollover in the stress strain curve to flow behavior, (3) followed by an increase in stress with continuing strain, (4) followed by a dramatic increase in stress with strain at very large strains.

This paper presents experimental measurements of crystallographic texture evolution in high-density polyethylene subjected to very large strains in uniaxial tension (up to a true strain of 2.1).

Subsequently, a constitutive mechanical model, for the simulation of the experimental findings up to very large strains (75% engineering strain under compression), is proposed.

Such simulations require data on true stress-strain response at very large strains associated with fracture.

CSFEMs are capable of capturing very large strains and accurately approximating stress and pressure fields.

The results from computations with very fine solid element meshes agree well with the experiments when the strain hardening is identified from experiments up to very large strains.