Vibration Monitoring Techniques Applied to Detect Damage in Rotating Disks
Vibration Monitoring Techniques Applied to Detect Damage in Rotating Disks
- New search for: A. L. Gyekenyesi
- New search for: J. T. Sawicki
- New search for: A. L. Gyekenyesi
- New search for: J. T. Sawicki
Rotor health monitoring and online damage detection are increasingly gaining the interest of the manufacturers of aircraft engines. This is primarily due to the need for improved safety during operation as well as the need for lower maintenance costs. Applied techniques for detecting damage in and monitoring the health of rotors are essential for engine safety, reliability, and life prediction. The goals of engine safety are addressed within the NASA-sponsored Aviation Safety Program (AvSP). AvSP provides research and technology products needed to help the Federal Aviation Administration and the aerospace industry improve aviation safety. The Nondestructive Evaluation Group at the NASA Glenn Research Center is addressing propulsion health management and the development of propulsion-system-specific technologies intended to detect potential failures prior to catastrophe.
Document information
Vibration Monitoring Techniques Applied to Detect Damage in Rotating Disks
2002
3 pages
Report
No indication
English
Similar titles
Free vibration of flexible rotating disks
| Online Contents | 1996
Phase-Averaged Method Applied to Periodic Flow Between Shrouded Co-Rotating Disks
| Online Contents | 2002
Optimization of flywheels and rotating disks
| AIAA | 2002
Traveling wave flutter of rotating disks
| NTRS | 1965