Noun
/tɛnˈsɪl.ɪ.ti/
Tensility refers to the quality or state of being tensile, which is the ability of a material to be stretched or pulled without breaking. It is commonly used in contexts relating to materials science and engineering, particularly when discussing the mechanical properties of materials. The term "tensile strength" is often related to tensility, indicating how much pulling (tensile) force a material can withstand.
Tensility is a specialized term and is more frequently used in written contexts, particularly in scientific or technical disciplines. It is less common in everyday oral speech.
Тензильность нового полимера улучшила его применение в аэрокосмической инженерии.
Engineers must consider the tensility of the materials when designing structures.
Инженеры должны учитывать тензильность материалов при проектировании конструкций.
The product's tensility allows for greater flexibility without compromising strength.
Tensility doesn’t appear in commonly used idiomatic expressions in English. However, related concepts like "tensile strength" can be tied to various contexts in engineering and material science discussions.
"Тянущая прочность стальной балки критична для поддержки моста."
"With high tensile capacities, carbon fiber can enhance the performance of many products."
"С высокой тензильной прочностью углеродное волокно может повысить производительность многих продуктов."
"When assessing materials for construction, tensile properties are among the first considerations."
The word "tensility" comes from the Latin root "tensilis," which means "stretching," from "tendere," meaning "to stretch." The suffix "-ity" is used to form nouns that describe a state or quality.
Synonyms: - Stretchability - Elasticity - Ductility
Antonyms: - Brittleness - Rigidity - Inflexibility
Overall, tensility is a specialized term mostly relegated to technical discussions in material science and engineering, highlighting the importance of understanding a material's strength when maintaining structural integrity.