UIUC Physics 406
Acoustical Physics of Music
Student Projects/Experimental Results
Spring Semester 2014:
1. Anna Powers investigated the mechanical modal vibrations of a square aluminum plate.
3. Daniel Hinze carried out spectral analysis investigations of his alto saxophone.
4. Dongrul Lee investigated the phenomenon of whistlers and carried out spectral analysis of various chords in various tunings.
5. Drew O'Bryan built and measured/compared the acoustic transport properties of various tin-can telephones.
6. Hiep Du investigated the sound localization capabilities of an Arduino-based DAQ system.
7. Isaac Carrasquillo built and analyzed the acoustic properties of bamboo pan-pipes.
8. Jialiang Mao repaired and investigated the acoustical properties of a ukulele.
9. John Meehan and Kyle Heywood investigated the mechanical modal vibrations of a musical saw.
10. Kelsey Bramschreiber investigated the frequency changes associated with bending notes on a harmonica
11. Matt Ziemann investigated how different paths in our evolution might have affected our music.
12. Matthew Fischer investigated the mechanical modal vibrations of a snare drum.
13. Michael Lu investigated/compared the harmonic content of 2-hole draw vs. 3-hole blow on a harmonica
14. Nick Raleigh and Nate Chisholm investigated the infrasound levels from a single wind turbine
15. Robert Lemiesz built a Fuzz Face pedal and investigated its harmonic content.
16. Sean Abraham built a Cahon and investigated its acoustical response to damping.
17. Tim Brandt built a Fuzz Face pedal and investigated its harmonic content.
18. Taekjee Nam designed and built a pair of 2-Way bookshelf loudspeakers, then measured their frequency response
19. Tom Rocko carried out a harmonic analysis comparison of 3 bass guitars
20. Victor Wu wound a set of Stratocaster single-coil pickups and measured their electromagnetic properties.
21. Will Steinhauser and Yuta Nakamura measured the acoustical properties of Foellinger Auditorium on the UIUC campus.
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