Sentence examples for dislocation resolved from inspiring English sources

The agreement between the theoretical analysis and experimental results indicates that the effect of misfit dislocation is far-reaching and that the elastic analysis of dislocation, resolved by the finite element method, is sensible in predicting the residual stress distribution.

The main focus is on proving that the new points of the developed theory can be confirmed in simulations, including possibility of obtaining the desired dislocation height for aligned and inclined dislocations, eliminating spurious stresses, resolving dislocation cores and interaction between cores of different dislocations.

In two recent independent studies, the dislocation complex was resolved in even greater detail; TMEM129, a previously uncharacterized protein, was shown to be the E3 ligase utilized by US11.

Five endograft limb dislocations were all resolved by secondary endovascular procedures.

The potential is applied to calculate the core structure of the 1/2 〈1 1 1〉 screw dislocation and the critical resolved shear stress as a function of the angle between the {2 1 1} slip plane and the maximum-stress plane.

There appears a critical dislocation density above which the critical resolved shear stress (CRSS) for dislocation slip was greater than the CRSS for deformation twinning.

We have used a homebuilt scanning tunneling microscope (STM) to observe an atomically resolved underlying edge dislocation that occurred in the second layer of graphite.

Precipitate distributions were quantitatively measured by local electrode atom-probe (LEAP) tomography in several age-hardenable Al-based alloys to provide input to both analytical models and dislocation dynamics simulations of critical resolved shear strength, for comparison with experimentally measured Vickers microhardness values.

We use the following sign convention: A dislocation loop which expands under positive resolved shear stress is called a positive loop, the corresponding dislocation density vector ρ ς points in counter-clockwise direction with respect to the slip plane normal n ς.

The physical endurance limit for fatigue is taken as the stress amplitude corresponding to the critical resolved shear stress for dislocation slip initiation in ductile single crystals.

In the microscale, dislocation dynamics models were used to predict the critical resolved shear stress from the evolution of local dislocation and defects.