TURBOMACHINERY has been redesigned in recent years to increase aerodynamic
efficiency while decreasing drag, weight, and complexity. However, these advances have …

View Video Presentation: https://doi. org/10.2514/6.2023-0058. vid The purpose of this
research is to test the limitations of a particular magnetorheological (MR) sandwich beam …

View Video Presentation: https://doi. org/10.2514/6.2021-0478. vid This research is
concerned with updating the analytical model that measures a magnetorheological …

When considering damping in the design of a vibration system, magnetorheological (MR)
fluids can provide an alternative to more traditional dampers that can take up unnecessary …

Research in smart materials and active structures has grown significantly at the National
Aeronautics and Space Administration (NASA) Glenn Research Center (GRC) in the last 10 …

Recent advances in turbomachinery design have led to the use of monolithic bladed disks
(blisks) for their increased overall aerodynamic efficiency and decreased drag, complexity …

Performance of piezoelectric-based, semi-active vibration reduction approaches has been
studied extensively in the past decade. Originally analyzed with single-degree-of-freedom …

Piezoelectric-based vibration energy harvesting is of interest in a wide range of applications,
and a number of harvesting schemes have been proposed and studied {primarily when …

Passive vibration mitigation via multi-stable, mechanical means is relatively unexplored. In
addition, achieving vibration suppression through avoiding resonance is at the forefront of …

Piezoelectric-based energy harvesting devices provide an attractive approach to powering
remote devices as ambient mechanical energy from vibrations is converted to electrical …