Sentence examples for service exposure from inspiring English sources

The cast tube material undergoes microstructural changes with service exposure and as a consequence, degradation in strength.

In particular, this work focuses on the design and implementation of: agent-based hybrid service exposure, a hybrid service ontology engine crawler, a service enablers container, service-oriented agent lifecycle management, and an agent-mediated service lifecycle coordinator for messages dispatching and transformation between hybrid service exposure and the service enablers container.

An improved method for fluoride ion cleaning (FIC) utilizing the thermal decomposition of polytetrafluoroethylene (PTFE) powder was developed and applied to oxide scales on narrow deep cracks formed on the surface of gas turbine blades during service exposure.

As these materials are degraded by their exposure to high temperatures, irradiation and a corrosive environment, it is necessary to address the issue of long term degradation of materials under service exposure in advanced plants.

Although these steels are heat treated to obtain a stable microstructure, microstructural changes such as carbide coarsening, increasing inter lamella spacing, formation of more stable carbides, dissolution of carbides, etc. take place due to prolong service exposure at elevated temperatures.

The weldments of the ferritic steels are prone to Type IV cracking under creep load and frequent failure due to the formation of hard, brittle zone in the weldments of dissimilar ferritic steels during service exposure.

As a significant property index required by the related ASME and ASTM codes, hardness values of some P91 heat resistant steel components have been evidently reduced after a relatively short term (tens of thousands of hours) of service exposures in quite a number of thermo-power generation sets, leading to a worldwide concern in the related fields.

Information on reason for or duration, dose, and type of additional service exposures was not available, though, and incomplete control of these factors may have affected the construction of the propensity scores, introducing residual confounding of the effect of NYC HOPWA program enrollment.

The 1D model accounts for recycled aggregates that have been initially contaminated with chlorides from previous in-service exposure.

The influence on the erosion response of high temperature induced changes in the coating microstructure and composition with extended in-service exposure was assessed by heat treating selected samples to generate a steady state microstructure prior to testing.

The model accounts for the inclusion of supplementary cementitious materials (SCMs), namely (a) fly ash, (b) slag, (c) silica fume, and (d) metakaolin, and recycled aggregates (i) with and (ii) without initial chloride contamination from previous in-service exposure.