California Institute of Technology Graduate Aeronautics Laboratory Tunable Highly-Nonlinear Acoustic Waves / W.M. Keck Institute / Keck Institute / Linear Elastic Media Keck Institute / California Institute of Technology / KISS W.M. Keck Institute / /
IndustryTerm
sound focusing devices / energy trapping / i.e. chains / stainless steel beads / contact law / composite linear media / uniform linear media / composite media / granular systems / heavy data processing / alternative solutions / oil rigs / performance computing cluster / multi-layered media / granular chain / nonlinear systems / power-law relationship / stainless steel particles / adjacent media / aerospace structures / adjacent linear elastic media / power law / nonlinear actuator systems / granular media / signal processing / uniform chain / steel rods / linear media / energy transmission / double layered media / nonlinear granular chain / nonlinear media / /
OperatingSystem
Fermi / Petros / /
Organization
KISS W.M. Keck Institute for Space Studies / California Institute of Technology / W.M. Keck Institute for Space Studies / California Institute of Technology Graduate Aeronautics Laboratory Tunable Highly-Nonlinear Acoustic Waves / Keck Institute for Space Studies / Linear Elastic Media Keck Institute for Space Studies Graduate Student Fellowship Final Report By Devvrath Khatri / /
California Institute of Technology Graduate Aeronautics Laboratory Tunable Highly-Nonlinear Acoustic Waves and their coupling with