Calculating the resonant frequency of a gas cylinder

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SUMMARY

The discussion centers on tuning a bell made from a used compressed gas cylinder to a specific frequency, specifically A (440Hz). Participants suggest researching existing resources on bell tuning rather than relying solely on calculations. Various web pages and YouTube videos are recommended as valuable starting points for understanding the process. The community expresses interest in the outcomes, encouraging the sharing of results through pictures and audio or video recordings.

PREREQUISITES
  • Understanding of acoustic principles related to frequency and resonance
  • Familiarity with bell-making techniques and materials
  • Basic knowledge of sound wave properties
  • Experience with tools for cutting and shaping metal
NEXT STEPS
  • Research "How to tune a bell" using online resources and videos
  • Explore acoustic properties of materials used in bell-making
  • Learn about the physics of resonance and frequency calculation
  • Investigate techniques for shaping and cutting metal cylinders
USEFUL FOR

Musicians, metalworkers, hobbyists interested in bell-making, and anyone looking to understand the principles of tuning and resonance in acoustics.

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I would like to make a bell out of a used compressed gas cylinder, but I would like to tune it to a specific note or frequency, e.g. A (440Hz). Can someone help with a formula to calculate this so I can cut it precisely?
 
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:welcome:

That sounds like fun. I just did a search for "How to tune a bell." It found numerous web pages and Youtube videos on that subject. I suggest that you try several of those sources first. It may be that calculation is not the best strategy.
 
And report back, please! I'd love to see pictures, audio&video wouuld be even better!
 
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