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Phenomena such as Fatigue and Cyclic Load that are detrimental to Fatigue's balance, especially in bridges that, due to alternating stress cycles, lead to lower fracture steel and tensile-compressive stresses that cause Hysteresis loops, all of which depend substantially on the degree of steel ductility.
This is especially important in buildings and installations that are subject to shocks (Seismic), Dynamic (Impact), and Impact (stress), as steel can become fractured before reaching tensile strength. Building collapse.
The complex, by selecting the most advanced equipments in the world and utilizing the experience of domestic and foreign experts and providing continuous laboratory and research facilities to produce and improve the mechanical properties of the barbed bars including the high degree of ductility of their products as well as the strength of their products. This is possible for the following reasons
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