Reliability In Power Electronics And Electrical Machines: Industrial Applications And Performance Models
Contents
- Electric Power Converters
- Introduction: Importance Of Reliable Power Converters
- Various Types Of Reliable Power Converter
- Main Types Of Power Electronic Converter
- Electrical Machines
- Summary And Conclusion
- Fault Mechanism
- Introduction: Failure Of Electric Power Converters
- Catastrophic Failure
- Failure Factors
- Thermal Shock
- Electric Breakdown
- Environmental Factors
- Mechanical Factors
- Mechanical Aux Systems
- Summary And Conclusion
- Reliability Calculation
- Reliability Prediction
- Introduction: Reliability Prediction
- Probabilistic Tool
Reliability And Probability
- Reliability Models
- Components Reliability Evaluation
- Summary And Conclusion
- Thermal Analysis
- Introduction: Failures Due To Thermal Problems
- Method Of Heat Transfer
- Thermal Analysis Using Finite Element Method
- Insulation Class
- Summary And Conclusion
- Reliability Measurement
- Introduction
- Effect Of Test On Equipment
- Mechanical Tests
- Environmental Tests
- Summary And Conclusion
- Methods For Preventing Faults
- Reliability As A Figure Of Merit
- Introduction
- Reliability Oriented Approach
- Reliable Or High Performance
