Sentence examples for steel and development from inspiring English sources

Future developments are focused on delivery of validated inflatable seals, life assessment and development of new elastomeric compounds which include silicone rubber and perfluoroelastomer, PECVD based coating on stainless steel and development of adhesionless joining of FKM.

Petroleum refining, time measurement, the development of computing, space exploration, the extraction and distribution of natural gas, the manufacture of iron and steel, and the development of aircraft are some of the subjects interpreted through the museum's exhibits.

JSFR's operating temperature is 550C and design life is 60 years with key technologies in terms of creep-fatigue being the adoption of new materials, 316FR and Mod.9Cr-1Mo steel, and the development of evaluation methodologies for those materials: 316FR is low-carbon nitrogen-added 316 steel which has superior creep properties and will be used for the reactor vessel and internal structures.

Based on these input variables, the buildup of chlorides at the depth of the steel bar reinforcement and development of the probability of corrosion initiation of the steel reinforcement over time were computed.

The results of the study can be used for a better prediction of the service life of deteriorating steel girder bridges, and development of optimal reliability-based maintenance strategies.

Condominiums are entering the mix, too; one brick-and-steel development on McDonald Avenue opposite Green-Wood Cemethey, the Simone, is asking up to $650 a square foot for luxury apartments.

However, their nonlinear stress strain behaviour, together with their strong strain hardening features, makes them different from carbon steel and makes the development of some specific guidance necessary.

The presently predicted phase stability of the ε-Fe6CxNy phases provides helpful insights into understanding the processes occurring during carbonitriding in steel and the further development of magnetic (carbo nitrides.

New developments in steel and construction allowed developers to build the city's first true skyscrapers.

Self-compacting concrete (SCC) with high-volume industrial wastes, such as fly-ash, reinforced with fibre-reinforced polymer (FRP) bars is anticipated to address the concerns on the usage of traditional reinforced concrete structures, such as corrosion of internal steel reinforcement, costly repair and development to low-carbon footprint infrastructures.

The role of modelling in enhancing selection is illustrated for cutting and welding of carbon steel, and future potential developments are discussed.