Tensioning: meaning, definitions and examples
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tensioning
[ ˈtɛnʃənɪŋ ]
mechanical engineering
Tensioning refers to the act of applying a force to stretch or tighten a component within a mechanical system. This process is essential in various applications, such as ensuring the stability and proper functioning of structures like bridges or in the maintenance of machinery. Proper tensioning can prevent failures and prolong the lifespan of equipment. In the context of cables or belts, tensioning is crucial for efficiency and safety.
Synonyms
pulling, stretching, tightening.
Examples of usage
- The tensioning of the cable ensured the bridge remained stable.
- Regular tensioning of machinery components prevents breakdowns.
- Tensioning belts in cars is essential for proper engine function.
Translations
Translations of the word "tensioning" in other languages:
🇵🇹 tensionamento
🇮🇳 तनाव बढ़ाना
🇩🇪 Spannung
🇮🇩 penegangan
🇺🇦 напряження
🇵🇱 napięcie
🇯🇵 テンション
🇫🇷 tensionnement
🇪🇸 tensado
🇹🇷 germe
🇰🇷 장력
🇸🇦 شد التوتر
🇨🇿 napětí
🇸🇰 napätie
🇨🇳 张力
🇸🇮 napetost
🇮🇸 spenna
🇰🇿 кернеу
🇬🇪 მოწყვეტა
🇦🇿 gərginlik
🇲🇽 tensión
Etymology
The word 'tensioning' derives from the root word 'tension', which comes from the Latin 'tensio', meaning 'a stretching'. The prefix 'ten-' is related to the action of stretching or tightening, while the suffic '-ing' denotes the ongoing action of that process. The term has evolved in modern contexts, especially within mechanical engineering and physical sciences, where it is critical to describe the adjustment of forces applied to systems to ensure their functionality and integrity. Tensioning has become an essential concept not only in engineering but also in various fields ranging from physics to sports, emphasizing its broad applicability.