Micromechanical Investigations on Crackling Noise
- Document #:
- LIGO-T1600324-v1
- Document type:
- T - Technical notes
Other Versions:
- Abstract:
- The aim of this paper is to present the results of the parametric study introduced in the first SURF Project Report.
Many simulations were carried out varying a single parameter to study the effects on simulation results. The values for the fixed parameters came out from previous analysis. The final parameter set value was chosen fitting the simulation results on the experimental values.
The final goal will be the direct application of the study in micro/nano scale to LIGO's concern. We want to input the developed micro-mechanical simulation results for the crackling noise form into the scaling model and predict for the crackling noise propagated to the blade tip under prescribed loading.
- Files in Document:
-
- Final Presentation(Definitive).pdf (860.0 kB)
- SURF 2016 Final Report (Riccardo.Maggiore_SURF2016_Final.Report.pdf, 618.1 kB)
- Other Files:
- Final Presentation.pptx (1.4 MB)
- Riccardo.Maggiore_SURF2016_2nd.Report.pdf (545.6 kB)
- RiccardoFinalPresentation.pdf (640.5 kB)
- Topics:
- Authors:
- Keywords:
- SURF16
- Notes and Changes:
- Riccardo Maggiore LIGO SURF 2016
- Referenced by:
- LIGO-T1700002: Final reports from LIGO SURF program, Summer 2016