Sentence examples for deformed materials from inspiring English sources

Micro-superplasticity phenomenon, i.e. formation of thin fibers, whose appearance suggests extremely high strain in the local regions, has been documented in a number of plastically and superplastically deformed materials, predominantly in aluminum alloys.

During the indenter unloading, the plastically deformed materials hinder the full relaxation of the indentation-induced high compressive and tensile stresses in linear elastic deformed brittle regions and the stresses remain partly conserved.

The formation of sharp cube recrystallization texture after high cold rolling reductions in Fe 36%Ni has been studied by means of X-ray texture measurements and extensive transmission electron microscopy (TEM) observations, including orientation measurements even in highly deformed materials.

This phenomenon has been named as a "strain-ageing hardening" effect which means annealing (ageing) the deformed materials leads to hardening.

The thermomechanical and morphological changes occurring during the plastic deformation process and relaxation of the deformed materials were investigated by thermomechanical analysis, differential scanning calorimetry and density measurements.

The microstructure and mechanical properties of the deformed materials are strongly dependent on the amount of strain induced and strain homogeneity achieved during the ECAE.

Recovery of a material refers to a process that the deformed material reduces its stored energy and restores its deformation after the load is removed.

Most mylonites are laminated, the layers formed by different grain sizes of deformed material.

Below this, a thin layer of plastically deformed material was observed.

Contrary to general expectation, differential scanning calorimetry of the deformed material indicates a reduced free volume.

The results show a remarkable increase of the nitrogen inward diffusion and enhanced corrosion resistance of severely deformed material.