Sentence examples for forging samples from inspiring English sources

An improved hot forging technique was employed for the first time for the experimental determination of sintering stress and sintering viscosity by hot forging samples under various loads which were pre-sintered to different densities.

At the same time, a significant improvement (73%) in ductility was obtained in forged samples.

In contrast, the forged samples showed refined grains and a strong basal texture.

The compressive strength was 100 150 and 130 180 MPa for the CIPed and forged samples, respectively.

It was also observed that the forged samples achieved comparatively longer fatigue life under strain-controlled cyclic loading.

Experimental evidence of material anisotropy is given in this paper for alumina thin films and hot forged samples.

Unlike existing methods that to verify questioned signatures of an individual merely consider the training samples of that class, DMML uses the knowledge from the similarities and dissimilarities between the genuine and forged samples of other classes too.

Neutron diffraction measurements showed that there were high compressive residual stresses in the Al matrix of the forged samples and relatively low Al matrix residual stresses (predominantly compressive) in the VHP samples.

The spatial distribution of reinforcement particles in both VHP and forged samples was shown to be almost the same by quantitative characterization with a multi-scale area fraction analysis technique.

By tensile tests and neutron diffraction measurements of the forged samples after annealing, it was shown that the high compressive residual stresses in the Al matrix were relieved and that tensile strength was also reduced to almost the same level as that of the VHP samples.

The as-forged microstructure consisted of the refined duplex microstructure for the majority of the forged sample with partially recrystallized zone near the surface.