Sentence examples for development of dislocation from inspiring English sources

The present work concerns the development of dislocation structures and surface slip markings during cyclic straining of a superaustenitic stainless steel.

A principal aim of the analyses is to provide background for the development of dislocation nucleation criteria for use in discrete dislocation plasticity calculations.

Moreover, the aggregation of constitutional vacancies has been discovered to play a key role in the development of dislocation and precipitation reactions in the T2 phase that directly impact high-temperature structural performance.

The development of dislocation configurations in two single-crystal superalloys during high-temperature low-stress creep (1100 °C, 137 MPa) was investigated with the use of transmission electron microscopy.

Directionally solidified (DS) NiAl Mo eutectic composites were strained to plastic strain values ranging from 0%to12%2% to investigate the origin of the previously observed stochastic versus deterministic mechanical behaviors of Mo-alloy micropillars in terms of the development of dislocation structures at different pre-strain levels.

One possible explanation may be that the surgical stabilization of an unstable shoulder does not prevent the development of dislocation arthropathy in the long term, as described by Pelet et al. (2006) and by Hovelius et al. (2006).

We present an algorithm for development of parallel dislocation simulation capability for bounded bodies based on such coupling.

A plausible explanation of the increase in yield stress with D, based on the development of the dislocation substructure able to modify such a property, has been proposed.

This nonlinearity corresponds to a failure of the Cottrell Stokes law that correlates with the development of characteristic dislocation structures during cyclic deformation.

The early stage of high-temperature low-stress creep in single-crystal superalloys is characterized by the rapid development of interfacial dislocation networks.

In these conditions, the implemented cross-slip behaviour is shown to play an essential role in the development of specific dislocation arrangements forming at different temperatures, also observed in 16MND5 steel.