Sentence examples for metallurgy behavior from inspiring English sources

The existence of CeFe2 and the mixed valence state of Ce in CeFeB compound, the different metallurgy behavior and the particular processing as well as potential various magnetic-hardening mechanisms, however, make it quite different from Nd-based alloys.

The weak magnetism of the coatings (WC ≥ 48 wt%)is related to the metallurgy behaviors of WC particles.

The chemistry of spent caustic solution, operating conditions, metallurgy and electrochemical behavior of line pipe in spent caustic was carefully reviewed.

As the rector of the famous Baltic State Technical University, he developed a program to teach students from a leading Iranian university courses in advanced physics, metallurgy and the behavior of gases and fluids under high pressure and temperature -- all disciplines essential to building rockets.

The effect of stress on the creep behavior of powder metallurgy (PM) 2124 Al was investigated in the temperature range 618 678 K.

The creep behavior of power metallurgy (PM) 10 vol.% silicon carbide particulate reinforced 2124 aluminum (SiCP2124 Al composite) was studied under experimental conditions identical with those used in an earlier investigation on the unreinforced matrix alloy, PM 2124 Al.

In the framework of the composition microstructure processing properties relationships, the discussion in this chapter is limited to how UHS steels used in airframe structures have evolved historically, the metallurgy and mechanisms underlying their behavior, and how this knowledge has been applied to new alloy design.

In this study, fatigue-creep interaction behaviors of powder metallurgy materials with inclusion have been performed with the Kachanov-Rabotnov damage law to show the life compliance.

High-strain-rate superplastic behavior of powder-metallurgy-processed 2124 Al matrix alloy and 10%, 20%and3030% SiC particulate reinforced 2124 Al composites were investigated over the temperature range from 370°C to 565°C, and the strain rate range from 10−4/s to 1/s.

In this paper, low-cycle fatigue (LCF) experiments were conducted to analyze the influence of low-temperature hot corrosion on the LCF behavior of the powder metallurgy Ni-based superalloy FGH96 at 700 °C.

In this study we have characterized the fatigue behavior of a low-alloy powder metallurgy (P/M) sintered steel, composed mainly of martensite and bainite with 10.4% porosity.