Integrated smart bearings for next generation aero-engines Part 1: Development of a sensor suite for automatic bearing health monitoring

Keyphrases

• Aero-engine 100%
• Aircraft Engine 50%
• Automobile Industry 25%
• Bearing Condition Monitoring 100%
• Bearing Failure 25%
• Bearing System 25%
• Early Detection 25%
• Energy Harvesting 25%
• Engine Parts 100%
• Engine Reliability 25%
• Extreme Environments 25%
• Fully Integrated 25%
• Future Aircraft 25%
• Ground Test 25%
• Harsh Environment 25%
• Health Monitoring 25%
• High Temperature 25%
• Higher Order Mode 25%
• Integrated Self 25%
• Integrated Sensing System 25%
• Intelligent Bearing 25%
• Jet Engine 25%
• Limited Availability 25%
• Mounting Methods 25%
• Operating Bandwidth 25%
• Power Consumption 25%
• Processing Demands 25%
• Processing Power 25%
• Propulsion Efficiency 25%
• Railway Industry 25%
• Rating Method 25%
• Rotational Speed 25%
• Selection Strategy 25%
• Self-powered Wireless Sensing 25%
• Sensing Technique 25%
• Sensor Suite 100%
• Sensor Technology 25%
• Shaft Motion 25%
• Smart Bearing 100%
• Survivability 25%
• Technology Selection 25%
• Temperature Level 25%
• Temperature Load 25%
• Ultra-high 25%
• Vibration Level 25%
• Vibration Temperature 25%
• Wear Debris 25%
• Weighted Sensitivity 25%
• Wireless Sensing System 25%
• Wireless Transmission 25%

Engineering

• Aero-Engines 100%
• Aircraft Engine 100%
• Bearing System 50%
• Comprehensive Review 50%
• Early Detection 50%
• Electric Power Utilization 50%
• Energy Harvesting 50%
• Engine Part 100%
• Health Monitoring 100%
• Jet Engine 50%
• Railway 50%
• Rotating Speed 50%
• Selection Method 50%
• Self-Powered 50%
• Sensing Mechanisms 50%
• Sensing System 100%
• Survivability 50%
• Wear Debris 50%

Material Science

• Aircraft 100%
• Bearing Failure 33%
• Data Processing 33%
• Shaft 33%
• Wear Debris 33%