Prediction of intergranular micro-cracks initiation induced by the impingement of persistent slip bands on grain boundaries

In this thesis, several computational models for continuous movie content analysis have been proposed, all learned and evaluated using a dataset composed of 30 movies annotated

Moreover, we evaluated the effects of the macroscopic strain ratio, the interphase properties, and the fiber volume fraction on macroscopic characteristics, such as

In order to be able to analyse in TEM-STEM the crystallochemistry of recombining defects in p-type polysilicon (L = 100 pm), we have developed the scanning transmission

Abstract - Dynamic properties of grain boundaries (GBs), as reviewed in the present re- port, include diffusion along stationary and migrating boundaries, various boundary diffu-

This approach, although very heavy (time and money-consuming), has been adopted all over the world and has proven very fruitful in conjonction with the development of

The preliminary re- sult on small angle boundaries showed that the main spectrum position was near that of solid solu- tion 'lgmsn and the line width was smaller than that

to solid solution strengthening of the lattice, but lowers the slope owing to a reduction in the effectiveness with which grain boundaries impede slip.. The grain

Regarding crack propagation across GBs, contrary to previous surface observations [12], the current measurements provide full access to all relevant geometrical parameters that