Sentence examples for behaviour of structural steels from inspiring English sources
In a series of penetrating and elegant studies he showed how certain crystal defects called dislocations (through their interactions with impurities) determine some important features in the ductile behaviour of structural steels, and how their mutual interactions control hardening of metals by cold working.
For theoretical validation, such methods require a characterisation of the uniaxial stress-strain behaviour of structural steel beyond an idealised elastic-plastic representation.
To account for the inelastic behaviour of structural steel and concrete materials, a numerical model based on the fibre sectional analysis was developed, which predicts the results in general agreement with the test results.
During the inflationary 1970s, the price of structural steel alone tripled.
This system minimizes the amount of structural steel required for a building of its great height.
Nearly 30 percent of structural steel used in the building consists of recycled steel.
This paper presents the mechanical properties, microstructure evolution and fracture behaviour of structural mild steel subject to the multi-hazard loading scenario of post-impact-fire.
The material stress strain behaviour of structural carbon steel may be suitably accurately reflected for design purposes by an idealised elastic, perfectly-plastic material model; such material behaviour lends itself to the concept of section classification.
In this study, a series of experimental tests and numerical modelling were conducted to investigate the global stability behaviour of Q460GJ structural steel beams.
The effects of brace to chord width ratio, inner tube to outer tube thickness ratio of chord, hollow ratio of chord, shape of inner tube of chord and strength of concrete infill on the structural behaviour of steel-concrete-steel SHS X-joints under axial compression were evaluated.
A comprehensive experimental study on the concrete steel bond behaviour of structural expanded clay lightweight aggregate concrete (LWC) was carried out using different compositions, types and initial wetting conditions of lightweight aggregates, anchorage lengths, reinforcement arrangements, strength classes and failure mechanisms.
