More than a Quarterly Century of Acoustic Emission Testing (AT) at TÜV Austria
p.365
p.365
Embedded Code Processing for the On-Line Use of User-Developed AE Analysis Routines
p.379
p.379
AE-Testing in Potentially Explosive Atmospheres - From the Requirements to an Intrinsically Safe System-Certified Realization
p.385
p.385
Continuous AE Monitoring of Structures – Can it Be Both Easy to Use and Effective?
p.395
p.395
Use of Advanced A.E. Analysis for Source Discrimination Using Captured Waveforms
p.401
p.401
Diagnosis of Artificial Gear Defects on Single Stage Gearbox Using Acoustic Emission
p.415
p.415
Damage Monitoring in Cyclic Loaded C/C Woven Composites Using the Acousto-Ultrasonics Approach
p.421
p.421
Acoustic Emission Waveform Changes for Varying Seeded Defect Sizes
p.427
p.427
Acoustic Emission for the Detection of Shaft-to-Seal Rubbing in Large Power Generation Turbines
p.433
p.433
Acoustic Emission for the Detection of Shaft-to-Seal Rubbing in Large Power Generation Turbines
Abstract:
An empirical investigation is undertaken in order to assess the potential of the AE technique for the detection of seal-to-rotor rubbing in steam turbines. Rubbing was induced at various axial locations along a 4 ½ tonne test rotor, rotating at 3000 rpm and supported by 7” (178mm) journal bearings. This paper examines the capabilities of bearing mounted AE transducers for the detection of seal-to-rotor rubbing.
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Info:
Periodical:
Advanced Materials Research (Volumes 13-14)
Pages:
433-438
Citation:
Online since:
February 2006
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