Graduation Year
2022
Graduation Month
May
Document Type
Thesis
Degree Name
Bachelor of Arts
School or Department
Physics and Astronomy
Major
Physics – Astronomy
Faculty Mentor Department
Physics and Astronomy
Faculty Mentor
David Macaluso & Paul Janzen & Margaret Baldridge
Keywords
classical music, viola, violin, physics, harmonics, acoustic analysis
Subject Categories
Music Performance | Other Physics | Physics
Abstract
In the classical music world, the viola is often overshadowed by its string colleagues, with many preferring the more pure, lively sound of the violin to that of the subdued, but richer timbre of the viola. Apart from the viola’s larger size and lower tuning, there are a few explanations for this discrepancy in sound production. In a study discussed in this project titled ‘Acoustic Analysis of the Viola’, student Meredith Powell investigated the body response of a viola, and found that unlike the violin, the instrument’s resonance did not lie on the frequency of its open strings. The study also recorded bowed notes of the viola’s open strings and compared the harmonic content to that of the violin, revealing the viola’s mid-harmonic frequencies to be relatively stronger than the violin’s in comparison to the fundamental frequency. In a similar fashion, I chose to recreate the second part of the project with five violas of differing sizes for harmonic comparison. The bowed notes of the open strings as well as their closed-note counterparts on lower strings were recorded. The first eight harmonic frequencies of the notes were then plotted to reveal each instrument’s unique harmonic signature. I found that the larger-bodied violas tended to have relatively stronger low harmonics (#2-3), suggesting a warmer tone in comparison to the smaller bodied violas which tended to have stronger high harmonics(#6-8), suggesting a brighter sound.
Honors College Research Project
Yes
GLI Capstone Project
no
Recommended Citation
Tonnerre, Lea V., "The Sound of the Viola: A Harmonic Analysis of the Classical Music World's Most Underrated Instrument" (2022). Undergraduate Theses, Professional Papers, and Capstone Artifacts. 377.
https://scholarworks.umt.edu/utpp/377
© Copyright 2022 Lea V. Tonnerre