Flimsy bits of wood and tensioned strings

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Discussion Overview

The discussion revolves around the science and artistry involved in the construction of musical instruments, particularly stringed instruments, and how they produce exquisite sounds despite being made from seemingly flimsy materials. Participants explore the theoretical underpinnings, frequency relationships, and the craftsmanship involved in instrument making.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant questions the scientific principles behind the exquisite notes produced by stringed instruments, suggesting there may be a scientific basis to explore.
  • Another participant references C.V. Raman's work on musical instruments, indicating a historical context and potential theoretical insights, although they are unable to locate specific papers.
  • A participant presents a formula for the frequency of musical notes, but later expresses doubt about its applicability to stringed instruments like the violin, suggesting that the equation may not be suitable.
  • Another participant argues that while scientific principles underpin instrument construction, much of the process relies on artistic craftsmanship rather than strict formulas, emphasizing the importance of the maker's intuition in selecting and shaping materials.
  • One participant highlights the role of overtones in determining the timbre of a note, suggesting a connection between sound quality and the physical properties of the instrument.

Areas of Agreement / Disagreement

Participants express differing views on the balance between scientific principles and artistic craftsmanship in instrument making. There is no consensus on the applicability of specific formulas to stringed instruments, and the discussion remains unresolved regarding the extent to which science informs the construction process.

Contextual Notes

Some assumptions about the relationship between frequency and musical notes are not fully explored, and the discussion touches on the limitations of applying certain mathematical models to different types of instruments.

wolram
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How do they make them so that these exquisite notes come from them, i mean they are flimsy bits of wood and tensioned strings, is there a (science)
behind it ?
 
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C.V.Raman had done some work on the theory of musical instruments. I'm not able to locate his papers on the net now. I'll post if I find any. Infact, I was watching a documentary about him on TV yesterday, and something similar was mentioned about the Veena - an Indian stringed musical instrument.
 
I can't speak of the exquisiteness, but the frequency of each successive note is

[tex] f(n) = 2^{\frac{n}{12}} f_{0}[/tex]
 
Actually that equation is much better suited for other intruments, say a piano. On a violin you can put your fingers anywhere inbetween the notes that have a counterpart on a piano. The equation I gave is bunk, although I'm sure many violinists stick to notes with this traditional frequency scaling.
 
Hi Woolie;
They're definitely based upon scientific principles, but I don't think that there are any specific formulae or anything involved in the actual construction other than possibly for calculating length and thickness of the strings and where to put the fret. The rest appears to be primarily an artistic/craftsman approach; ie: the selection, shaping and seasoning of the wood. That could probably be engineered if someone were to go to all of the trouble, but the people who make them seem to have a 'feel' for it.
 
It is the overtones which determine the timbre (quality of a sound) of a note. Some information is located here; http://www.lichthaus-musik.de/e_otongesang.html

~H
 
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