How can I find the sustain time of an electric guitar?

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SUMMARY

The discussion focuses on determining the sustain time of an electric guitar, emphasizing the neglect of components other than the strings. Participants suggest using sound analysis apps to measure sustain time and recommend researching the "Damping Factor" to understand energy dissipation in vibrating strings. Theoretical equations related to damping in oscillations are also mentioned as crucial for this analysis. Overall, the conversation highlights practical measurement techniques and theoretical foundations necessary for the term paper.

PREREQUISITES
  • Understanding of oscillating strings and their behavior
  • Familiarity with sound analysis applications
  • Knowledge of damping factors in physics
  • Basic grasp of relevant equations in oscillation theory
NEXT STEPS
  • Research sound analysis apps for measuring sustain time
  • Study the concept of Damping Factor in physics
  • Explore equations related to damped oscillations
  • Investigate energy dissipation mechanisms in vibrating strings
USEFUL FOR

Students studying acoustics, guitarists interested in sound characteristics, and anyone conducting research on the physics of string instruments.

Krazen017
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How can I find the sustaining time of an electric guitar? The influence of other components besides the strings can be neglected. I need it for my term paper.
 
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Krazen017 said:
How can I find the sustaining time of an electric guitar? The influence of other components besides the strings can be neglected. I need it for my term paper.
Welcome to PF.

What reading have you been doing about this so far? What do you think the relevant equations would be?
 
Krazen017 said:
How can I find the sustaining time of an electric guitar? The influence of other components besides the strings can be neglected. I need it for my term paper.
Ummm . . . measure it? There are phone apps for analyzing sound.
 
berkeman said:
[Thread moved to the schoolwork forums]


Welcome to PF.

What reading have you been doing about this so far? What do you think the relevant equations would be?
It seems to me it must be related to the following formula:
1709406554510.png

but I don't know how to find the damping time of the damped oscillations. I haven't found the corresponding formulae
 
kuruman said:
Ummm . . . measure it? There are phone apps for analyzing sound.
I need to find this theoretical
 
Maybe you could start with a list of the things that dissipate energy from a vibrating mass (a string in this case).

Or an on-line search for "Damping Factor".
 
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Do you have a definition of sustain time?
Krazen017 said:
It seems to me it must be related to the following formula:
View attachment 341127
Why?
What do you know about oscillating strings?
 

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