Nyújthatóságú

Nyújthatóságú is a Hungarian adjective that translates to "extendable," "stretchable," or "malleable" in English. It describes the property of a material or object to be deformed or elongated under stress without breaking or fracturing. This characteristic is crucial in various fields, particularly in materials science and engineering.

Materials possessing nyújthatóságú can be stretched to a significant degree before reaching their elastic limit, beyond which permanent deformation occurs, or their tensile strength, at which point they fracture. This property is often quantified by measures like elongation at break, which indicates the percentage increase in length a material can undergo before breaking.

In engineering, nyújthatóságú is a key factor in selecting materials for applications where deformation under load is expected or necessary. For example, metals like steel and copper are known for their high nyújthatóságú, making them suitable for manufacturing wires, cables, and structural components that need to withstand stress. Plastics and rubbers also exhibit this property, with varying degrees depending on their composition and structure. Understanding the nyújthatóságú of a material helps engineers design safer and more durable products.