Sentence examples for material has undergone from inspiring English sources

Yield strength is the stress at which a material has undergone some arbitrarily chosen amount of permanent deformation, often 0.2 percent.

Comparison of the analytical data with those for carbonaceous chondrites (a type of meteorite that provides a good average sample of nonvolatile solar system material) shows that the lunar material has undergone marked geochemical fractionation (segregation of elements).

We may interpret Eq. (1.1) as saying that the stresses at any instant depend on the complete history of strains which the material has undergone.

This material has undergone nine clinical trials, including multiple phase III studies, and it is currently in a phase III clinical trial for use as a topical microbicide for bacterial vaginosis.

The diodes produced with n-type MCz material have undergone various irradiation campaigns, using 24 GeV/c (SPS-CERN) protons, 26MeV (FZK-Karlsruhe) protons and reactor neutrons (JSI-Ljubljana), with fluences up to 1016 1 MeV equivalent neutrons (neq cm−2.

One of the consequences of memory effects in the plastic deformation of metals is the Bauschinger effect (Civilingenieur 27 18811) 289 348), which manifests itself as a difference in the values of the yield stress in tension and compression for a material that has undergone plastic deformation.

In order to compare the data obtained with the two analytical procedures, the relative sugar percentage composition will be used when analysing paint samples, as the absolute amount of organic content cannot be determined by GC-MS, because the amount of material that has undergone degradation, oxidation and cross-linking reactions cannot be determined.

Thus, the human eye cannot detect a change in color of a material that has undergone a change of less than Δ E of 2 [ 22].

We propose a heuristic explanation of our results, which is that the polarization is produced by circular dichroism in the material after the light has undergone its last scattering event.

"Our analysis finds this bright material originates from Vesta and has undergone little change since the formation of Vesta over 4 billion years ago," said Jian-Yang Li, a Dawn participating scientist at the University of Maryland, College Park, in a statement.

Even improved material from INEAC (Table 2) has undergone few breeding cycles.