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Development of an airframe intensity based structural health monitoring system
Stephen C. Conlon
,
Micah R. Shepherd
, Jason A. Hines
, Andrew R. Barnard
, Fabio Semperlotti
, Peter Q. Romano
,
Edward C. Smith
Graduate Program in Acoustics
Aerospace Engineering
Research output
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Contribution to journal
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Conference article
›
peer-review
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Keyphrases
Intensity-based
100%
Airframe
100%
Structural Intensity
100%
Structural Health Monitoring System
100%
Damage Detection
57%
Detection Sensitivity
28%
Computational Model
14%
Structural Damage
14%
System Development
14%
Sensitivity Enhancement
14%
Sensor Data Processing
14%
Signal Processing Algorithms
14%
Drive System
14%
Damage Potential
14%
Algorithm Development
14%
Damage Sensitivity
14%
Ongoing Development
14%
Added Benefit
14%
Damage Localization
14%
Structural Damage Detection
14%
Airframe Systems
14%
Model-based Tools
14%
Vibration-based Method
14%
Engineering
Structural Health Monitoring
100%
Damage Detection
100%
Airframe
100%
Health Monitoring System
100%
Structural Damage
40%
Detection Sensitivity
40%
Free Method
20%
Test Structure
20%
Metrics
20%
Detection Technique
20%
Sensor Signal
20%
Drive System
20%
Processing Algorithm
20%
Energy Flow
20%
System Development
20%