Inerter: meaning, definitions and examples
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inerter
[ ɪˈnɜːrtər ]
mechanical device
An inerter is a mechanical device used in engineering to improve the performance of systems such as suspension in vehicles. It essentially acts as a damper, adding resistance to motion and providing stability. The inerter achieves this by storing kinetic energy and releasing it when necessary. It is often utilized in modern engineering designs to enhance the reliability and comfort of mechanical systems, particularly in automotive and structural applications.
Synonyms
damper, stabilizer, vibration absorber.
Examples of usage
- The car's suspension system incorporates an inerter for better ride quality.
- Engineers designed a new bridge with an inerter to resist vibrations during an earthquake.
- By using an inerter in the vehicle's shock absorbers, we can improve handling and safety.
Translations
Translations of the word "inerter" in other languages:
🇵🇹 inversor
🇮🇳 इंटरट
🇩🇪 Inverter
🇮🇩 inverter
🇺🇦 інвертер
🇵🇱 inwerter
🇯🇵 インバーター
🇫🇷 inversor
🇪🇸 inversor
🇹🇷 inverter
🇰🇷 인버터
🇸🇦 العكس
🇨🇿 invertor
🇸🇰 invertor
🇨🇳 逆变器
🇸🇮 inverter
🇮🇸 snúningur
🇰🇿 инвертер
🇬🇪 ინვერტერი
🇦🇿 inverter
🇲🇽 inversor
Etymology
The term 'inerter' is derived from the concept in mechanical engineering which refers to a device that produces inertia, a property that resists changes to motion. The word combines 'inertia' with the suffix '-er', denoting an agent or a device related to a function. The development of the inerter as a distinct mechanical component emerged in the late 20th century as engineers sought innovative solutions to improve stability and control in dynamic systems. Its applications grew particularly in automotive engineering, where enhancing suspension systems became crucial for performance and safety. Over time, the inerter has been recognized as a vital innovation in the field of mechanics, bridging traditional damping technologies with modern engineering demands.