Professor Ryan L. Harne
The LSVR excels at integrating theoretical, computational, and experimental efforts to investigate problems pertaining to vibrations, acoustics, mechanics, and nonlinear dynamics. Our applications are to noise/vibration control; engineered material systems and adaptive structures for exceptional mechanical and dynamic properties; aerospace/automotive structural dynamics prediction in extreme and nonlinear operating environments; vibration-based energy harvesting and power generation; and creating innovative sensors and sensing methods for high sensitivity structural/material monitoring. Through our comprehensive research strategy, our works produce conclusive discoveries that have been highlighted in prestigious journals, have received public media recognition, and have received scientific community awards.
The LSVR leverages finite element software ABAQUS and COMSOL for multiphysics modeling of linear and nonlinear structural and material behaviors. These models inform and guide experimental validations, where the latter result in model improvements through the experiential insight.
The LSVR is outfitted with exceptional and unique resources for experimental, computational, and theoretical vibration- and acoustics-related research of the highest caliber. From 5 to 500 N capacity electrodynamic shakers; to one-of-a-kind fabrication equipment via laser cutters, 3D printers, and elastomer molding apparatus; to a portable and deployable mini anechoic chamber for field experiments in acoustics: the LSVR harnesses experimental resources with care and attention to detail to yield experimental data sets with high repeatability and data quality. Please see https://lsvr.osu.edu/facilities for full details on experimental capabilities of the LSVR.