duktiilitetin
Duktiilitetin refers to the tendency of a material to undergo significant plastic deformation before fracture when subjected to tensile stress. It is a key mechanical property that influences formability, toughness, and the mode of failure, and is especially important for materials used in forming processes and structural applications.
Ductility is commonly quantified by indicators such as elongation at fracture (percent elongation) and reduction of
Several factors affect ductility. Temperature generally increases ductility, while low temperatures can cause a ductile-to-brittle transition.
Ductility is related to but distinct from malleability and toughness. Ductile materials absorb more energy before
Common highly ductile metals include copper, aluminum, and many steels, which are widely used in wires, sheets,