Measurements of various guitars with data provided. All measurements include calibrated force hammer impacts and laser Doppler vibrometer measurements, while some included calibrated microphone measurements as well.
An augmentation for a single-point laser Doppler vibrometer to perform scanning measurements. The augmentation consists of a mirror galvanometer, impact hammer controller, and 3D printed mounting hardware.
A signal processing method to make an electric guitar sound like a measured acoustic guitar. Admittance measurements from an acoustic guitar are used to create filters which can be applied in a time-varrying fashion to match the equalization and damping of a processed electric guitar to that of the measured acoustic guitar.
A few tools I have printed to help with acoustics and vibration measurements. 3D printing provides opportunities for low-cost yet specialized tools which are accessible to instrument makers and researchers on a budget.
Who doesn't enjoy the sound of their metal water bottle when struck? This project uses accelerometer, microphone, and laser Doppler vibrometer measurements to create a modal synthesizer of a water bottle with varying water and sticker levels.
Admittance measurements were made on a resonator guitar using a force shaker at multiple levels showing that the thin aluminum cone is nonlinear at high amplitudes, resulting in the mode frequencies shifting. A time-varying modal waveguide synthesis architecture was made to model this behavior.
An improved and expanded method for carillon bell synthesis. Measurements of a carillon bell and its clapper were made to serve as the basis for an efficient synthesis framework which includes a parameterized clapper contact model.
After spending so much time studying and taking measurements of guitars, I decided I should try to build one myself. I didn't have all the tools or skills necessary to start from scratch, so I decided to start with a kit. This project has taught me a lot about woodworking and luthiery.
I had wanted a telecaster for a while and decided it would be more economical and enjoyable to build a kit than to buy a complete tele. The kit wasn't nearly as involved as the acoustic kit, but was enjoyable nonetheless.