Sentence examples for specimens at high from inspiring English sources

Digital image correlation was used together with high-speed photography to study strain localisation in the tensile specimens at high rates of strain.

Experiments were conducted for refractory alloy and C/SiC (carbon fiber reinforced silicon carbide composites) and the surface evolution of these specimens at high temperature was recorded.

This paper aims at presenting the development of an experimental setup to perform confined compression tests of mortar and cement paste specimens at high pressures.

Computational formulas for the yield and ultimate strengths of the butt weld specimens at high temperatures were also fitted and verified with test data to provide a safety evaluation method for steel structures after a fire.

The paper presents the development of an experimental setup to perform confined compression tests of cementitious paste, mortar, and concrete specimens at high pressures up to 1 GPa as well as the validation of the multi-scale model for the equation of state (EOS) of mortars.

However, neither of these criteria adequately explains the progressive coalition of tensile cracks and the final shearing of the specimens at higher confining stresses.

This result demonstrates critical importance of CTF correction for producing true representation of the specimen at high resolution.

One of the key factors for successful structure determination of a biological specimen at high resolution is the correction for contrast transfer function (CTF) of a microscope.

We selected 10 fields in the 'hot spots' of positivity in each specimen at high power magnification.

In particular, cross-ply specimens were observed to damage more significantly than angle-ply specimens only at high fatigue loading.

In general, specimens loaded at high strain rates were brittle, while those loaded at low strain rates were much tougher.