noun A metal that can be drawn out into a thin wire.
adjective Capable of being drawn out into a thin wire or thread without breaking.
Ductile deformation in rocks occurs under high pressures and temperatures, leading to the formation of structures such as folds and shear zones.
Ductility is an important property in structural engineering, as ductile materials can absorb energy through plastic deformation, reducing the risk of sudden failure.
Metals that exhibit ductility are often preferred for manufacturing processes, as they can be easily shaped and formed without breaking.
Ductile materials are able to undergo significant plastic deformation before failure, making them ideal for applications requiring flexibility and toughness.
Ductile materials are used in various mechanical components to prevent brittle fracture and improve overall durability.
In the context of writing, 'ductile' may be used to describe a character's personality or development, indicating their ability to be molded or shaped by their experiences.
Psychologists may use the term 'ductile' to describe a person's ability to adapt to different situations or therapy techniques, indicating a level of flexibility and openness to change.
Engineers may use 'ductile' to refer to materials that can undergo significant deformation before breaking, such as metals that can be stretched into wires without snapping.
In metallurgy, 'ductile' is used to describe metals that can be easily drawn into wires or hammered into thin sheets without breaking, indicating their malleability.