Technical Description
This invention provides a novel fiber-optic-based method and system for predicting the onset of thermo-acoustic combustion instability in combustion engines, utilizing advanced cross D-Markov entropy rate analysis derived from simultaneous multi-sensor data of heat release and acoustic pressure dynamics.
Problems Addressed
- Inefficient Gas Turbines
- Lacks Robust Prediction
- Negative Performance Impact
- Structural Durability Risks
- Single Sensor Limitations
- Inaccurate Acoustic Tracking
Tech Features
- Enhanced Combustion Monitoring
- Efficient Fiber Sensors
- Accurate Entropy Calculation
- Reliable Instability Criteria
- Optimized Precursor Detection
- Advanced D-Markov Modeling
Target Audience
- Aviation and Aerospace Sectors
- Power Generation Industries
- Gas Turbine Manufacturing Industries
- Propulsion Systems Sectors
- Research & Development
Tech ID: P04-2182 TRL 5 Patent Status: Granted Available For Exclusive and Non-exclusive License
