How a spiral torsion spring works

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SUMMARY

The spiral torsion spring is a crucial component in mechanical watches, functioning to store and release energy. It operates on the principle of torsion, where the spring twists to create potential energy, which is then converted to kinetic energy to power the watch mechanism. Understanding the physics behind this mechanism is essential for anyone interested in horology or mechanical engineering.

PREREQUISITES
  • Basic principles of mechanical energy storage
  • Understanding of torsion and torque
  • Familiarity with mechanical watch components
  • Knowledge of physics related to elastic materials
NEXT STEPS
  • Research the mechanics of torsion springs in detail
  • Explore the design and function of mechanical watch movements
  • Learn about energy transfer in mechanical systems
  • Investigate the physics of diving boards and their energy dynamics
USEFUL FOR

Horologists, mechanical engineers, physics students, and anyone interested in the mechanics of energy storage and transfer in mechanical devices.

Bilal01
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How spiral torsion spring (used in mechanical watches to store energy) works? physics behind it ? ... I googled it but haven't got a clue. Where should I look for proper and detailed info.
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Bilal01 said:
I googled it but haven't got a clue
What is so unclueing ?
 
Can you explain how a diving board works?
 

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