Gearwork: meaning, definitions and examples
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gearwork
[ ˈɡɪərwɜrk ]
mechanical systems
Gearwork refers to the assembly or system of gears that work together to transmit motion and force within a mechanical device. It is essential in various machines, from simple clocks to complex automotive systems. The interaction between gears allows for the transformation of speed, torque, and direction of movement. Gearwork plays a crucial role in ensuring efficient operation and precise control in mechanical engineering.
Synonyms
gear assembly, gear mechanism, gear system.
Examples of usage
- The gearwork in the clock ensures accurate timekeeping.
- This car's gearwork enhances its performance on the track.
- The engineer designed a new gearwork for the robotic arm.
Translations
Translations of the word "gearwork" in other languages:
🇵🇹 engrenagem
🇮🇳 गियरवर्क
🇩🇪 Zahnradmechanik
🇮🇩 permesinan roda gigi
🇺🇦 зубчастий механізм
🇵🇱 mechanika zębatkowa
🇯🇵 ギアワーク
🇫🇷 mécanisme d'engrenage
🇪🇸 mecanismo de engranaje
🇹🇷 dişli mekanizması
🇰🇷 기어 작업
🇸🇦 عمل التروس
🇨🇿 ozubené kolo
🇸🇰 ozubené kolo
🇨🇳 齿轮工作
🇸🇮 mehanska zobčnika
🇮🇸 gírvinna
🇰🇿 тісті механизм
🇬🇪 გარე მექანიზმი
🇦🇿 dişli mexanizm
🇲🇽 trabajo de engranajes
Etymology
The term 'gearwork' originates from the combination of two words: 'gear,' which comes from the Old English 'gyr,' meaning 'a part of a machine,' and 'work,' derived from the Old English 'wyrcan,' meaning 'to perform or operate.' The use of gears dates back to ancient civilizations, where they were employed in simple devices like water clocks and mills. Over the centuries, as machinery evolved during the Industrial Revolution, the complexity of gearwork systems increased. Today, gearwork is foundational in numerous technologies, incorporating various materials and designs that allow for enhanced durability and efficiency. The integration of gears is fundamental in modern engineering, affecting everything from tiny watches to large-scale industrial machinery.