Sentence examples for more homogeneous deformation from inspiring English sources

Localization of the stress-induced martensitic transformation by nucleation and propagation of martensite bands is well-known in pseudoelastic NiTi shape memory alloys subjected to tensile loading; compressive loading, however, is associated with a more homogeneous deformation.

By comparing the preform shape obtained with the proposed method to that with the existing one, it is evidenced that the former could achieve more homogeneous deformation in forging.

The results show that increasing temperature and/or decreasing strain rate cause a more homogeneous deformation of the specimen characterized by a uniform size and distribution of the cavities.

Moreover, the additional influence of stacking fault energy was found to change the nature of the deformation mechanism from localized strain in Pd to more homogeneous deformation in Pd 20% Ag.

The microstructure-based model was applied to predict the low cyclic fatigue behavior of IN718 alloy at 400 °C which exhibits a bilinear Coffin-Manson relationship under the assumption that this behavior is triggered by a transition from highly localized plasticity at low cyclic strain ranges to more homogeneous deformation at high cyclic strain ranges.

However, at 300 °C and above, more homogeneous intragranular deformation and rotations lead to stronger textures and, ultimately, the formation of interpenetrating 'orientation chains' as a result of grain coalescence to common orientations, a new type of microstructure.

The regression analysis revealed that the material deformation was more homogeneous with a decrease in the grain size and an increase in the feature dimensions when the µLSFD process was employed.

This difference is explained with the help of a finite element analysis which indicates that the deformation is more homogeneous in the new appliance, where the walls are unconstrained in the vertical direction.

Therefore, more energy can be dissipated and the deformation could be more homogeneous for the mutual interaction process.

Cross-sectional scanning and transmission electron microscopy, together with finite element modeling, reveal that the bilayer coating absorbs deformation while allowing more homogeneous formation of a high density of smaller shear bands at the bilayer/BMG interface.

These additional deformation modes cause a homogeneous deformation with a weaker basal texture, more balanced work hardening and enhanced ductility.