The ability of the material/structure to safely resist load without breaking or damage, depends on Ductility.
A material's ability to be drawn from is known as its ductility, a mechanical property (e.g. into wire). The amount of plastic deformation under tensile stress that a material can withstand before failing is known as ductility in the field of materials science. Engineering and manufacturing both place a high priority on ductility.
It specifies a substance's suitability for particular manufacturing processes (like cold working) and its ability to withstand mechanical overload. Copper and gold are a couple of the metals that are typically referred to as ductile. All metals, however, do not necessarily fail ductilely; some, like cast iron, can fail brittlely. Because they typically permit plastic deformation, polymers can be thought of as ductile materials.
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