Sentence examples for service of engineering from inspiring English sources

Deformation induced segregation to the interfaces has been a subject of significant research, since this is one of the key issues to fully understand the deformation mechanism and microstructure evolution in service of engineering materials.

It is thus suggested that the inclusions in steels should be eliminated and the efforts concerning to obtain low HE susceptibility in steels strengthened by the coherent precipitates should be conducted to guarantee the safe service of engineering components fabricated from high strength steels.

Executive Summary Introduction This business plan seeks to generate a significant increase in company sales and profits from the services of engineering, procurement and construction (EPC) of power generation and power delivery projects over the preceding year.

A judgment of residual service life of engineering parts exposed to thermal fatigue makes it possible to deal with economic and safety issues in power plants.

Safety and long service life of engineering components made from FGMs are one of the major objectives of engineering design process.

In service operation of engineering elements coated with PVD-TiN films, the presence of impurities and structural defects that give rise to elastic discontinuities leads to detriment of the mechanical properties and of the protection against corrosion.

Determination of the stress intensity factors of cracks is a fundamental issue for assessing the performance safety and predicting the service lifetime of engineering structures.

For example, the service life of engineering tooling can be extended by using thin film coatings such as titanium nitride (TiN).

Coatings having high hardness and low coefficient of friction are significant for long service life of engineering components subjected to sliding wear.

Since this is far beyond the service temperature of engineering materials, the chamber wall is cooled on the inside with liquid hydrogen, and a copper alloy with high thermal conductivity is used so that the surface temperature of the copper wall is exposed to temperatures of about 600 ∘C (Raj et al. 2007).

An accurate estimation of the degradation growth rate is necessary for reliability analysis and fitness-for-service assessment of engineering components and structures.