Sentence examples for steel usage from inspiring English sources

Steel usage in infrastructure industry facilitates faster and safer installation with least impact on environment.

The contribution of infrastructure to the single score varies from 4% to 11%, with steel usage being the main contributor.

A similar pathway was taken by Nakamura et al. (2014), who assumed a constant use pattern of steel throughout the 21st century in absence of detailed steel usage scenarios.

The first part of this paper investigates the problems and possible solution of steel usage for structures in North Cyprus by analysing the number of buildings constructed after the year 2000.

Experimental investigation was conducted on three 1 3 scaled high strength concrete composite wall (HSCCW) specimens with embedded steel truss with a medium aspect ratio (1.0 3.0) under cyclic load reversals and constant axial load, to examine the influences of steel usages of embedded truss chord and web brace on the overall seismic behavior of the specimens.

For the purpose of developing Nb V Ti microalloyed, hot rolled, high strength automotive steel for usage in heavy-duty truck wheel-discs and wheel-rims, appropriate cooling processes were designed, and microstructures and comprehensive mechanical properties (tension, bending, hole-expansion, and Charpy impact) of the tested steels at two cooling schedules were studied.

Original design features of this system are the reactor core design based on a newly proposed refueling scheme named sandwich shuffling, conventional steel material usage for a reactor pressure vessel (RPV), an innovative coolant flow scheme and a horizontally installed gas turbine unit.

Welding of High Strength Low Alloy Steels (HSLA) involve usage of low, even and high strength filler materials (electrodes) than the parent material depending on the application of the welded structures and the availability of the filler materials.

Welding of high strength low alloy steels (HSLA) involve usage of low, even and high strength filler materials (electrodes) than the parent material depending on the application of the welded structures and the availability of the filler material.

Welding of High Strength Low Alloy Steels (HSLA) involves usage of lower, more even and higher strength filler materials (electrodes) than the parent material depending on the application of the welded structures and the availability of the filler material.

Along these lines, the usage of steel rings made of steel pipes as an energy dissipator has been studied analytically and numerically.