Vibration Characterization of High Energy Lazer-Like Systems Subject to Base Disturbances
Abstract
SOW Overall Summary: Given the performance of the program in the previous year, where experimental efforts demonstrated the severity of vibration effects upon laser optical trains, we present a statement of work covering the next phase of the work, namely: resiliency of laser optical trains to vibration and base disturbances. The experiments will provide an understanding of the elasto-dynamics of the physical structures, building on the modeling of the optical elements, investigate vibration resilient optical train configurations, and study the capability for combinations of optical elements for stabilizing a laser beam after it has been distorted by vibration. The same low energy laser system used in year one will be used. The work will also support the transition of the findings at Virginia Tech to the current work taking place at NSWC Dahlgren.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Mar 13, 2025
- Source ID
- N001742010001
Entities
People
- Palo Tarazaga
Organizations
- United States Navy
- Virginia Tech