Sentence examples for steel phase from inspiring English sources

The pitting resistance was found to be deteriorated obviously when stainless steel phase was added to the amorphous coating.

While there is a strong dominance of the steel phase, the experiments generally confirm the rule-of-mixture theory.

Furthermore, α′-martensite was formed in the steel phase at − 40 °C in proportions of up to 28 vol.%.

After reaching the maximum deflection at the mid-span at the first loading phase, which was developed by the yielding of steel (phase a, b in Fig. 14b), the structural response accompanies the unloading behavior with a decrease in the developed deflection (phase b, c in Fig. 14b).

The results indicated that pitting at the interfaces was not caused, as generally believed, by microgalvanic corrosion between the stainless steel phase and the amorphous matrix, but caused by the formation of Fe3O4 oxide at the interfaces due to the strong tendency towards oxidation of stainless steel particles in thermal spraying processes.

The CPFE model was developed to capture the mechanical properties of the steel phases based on their individual plastic deformation and slip systems.

By means of transmission electron microscopy (TEM) we have investigated the size distribution and the structural properties of (Nb, Ti N and NbC precipitates, their occurrence in the various steel phases, and their relationship with the Fe matrix.

Perhaps the most important polymorphic form of steel is martensite, a metastable phase that is significantly stronger than other steel phases.

To support the use of advanced high strength steels in car body design and fabrication, an investigation was carried out on dissimilar butt laser welding between TWinning Induced Plasticity (TWIP) steels, Dual Phase (DP) steels, hot stamping boron (22MnB5) steels, and TRansformation Induced Plasticity (TRIP) steels.

Austenitic stainless steel presents phase changes caused by heat treatment and welding processes.

In addition, the specific heat capacity of steel during phase transformation was also found to be dependent on the heating rate and its formulation was proposed in kinetic modelling.