Sentence examples for coating segment from inspiring English sources

Thermodynamic modeling was used for estimation of phase composition of the top TiBC coating segment.

Coating fragmentation leads to a relaxation of the stress within the cracked coating segment.

These brittle coatings form cracked coating segments during the in-situ tensile test.

A 2D finite element analysis incorporating a cohesive interface model of cracked coating segments was carried out to obtain both the normal stress distribution in coating segments with various widths and the shear stress distribution along coating substrate interfaces.

It was found that the saturation in spacing of the cracked coating segments is either cause by a localization of the plastic strain in the substrate or by a delamination of the coating segments.

The stress measurements across different cracked coating segments, using Raman spectroscopy, indicated tensile stresses at the middle and compression near the edges of the segment under tensile load.

The stress transfer from the substrate to the coating segments is dependent on the elastic and elastic/plastic properties of coating and substrate.

In the present work, the mechanics of the stress transfer from a ductile substrate to a brittle coating and the failure of coating segments by normal cracking and delamination are studied using in-situ tensile testing and cohesive zone finite element modeling.

The study shows that the segmented coating requires 7%to8%8% less combustion-side feed flow and 70% less combustion-catalyst to produce the required flow of hydrogen (29.80 mol/h) on the reforming-side to feed a 1 kW fuel-cell compared to the conventional continuous coating of the combustion-catalyst.

In these cases, it is possible the rest of the cast iron main may have been coated even though the segment that was removed had no coating.

Each genome segment is coated by the viral nucleoproteins (NPs) and the polymerase (L protein) to form a functional ribonucleoprotein (RNP) complex.