Thermal analysis of fault-tolerant electrical machines for aerospace actuators

Keyphrases

• Aerospace 50%
• Aerospace Actuator 100%
• Aerospace Applications 50%
• Concentrated Winding 50%
• Control Strategy 50%
• Copper Loss 50%
• Design Decisions 50%
• Double Three-phase 50%
• Electrical Machines 100%
• Electromagnetic Finite Element Analysis 50%
• Fault Condition 100%
• Fault Tolerance 50%
• Fault-tolerant 100%
• Fault-tolerant Machine 50%
• Healthy Condition 50%
• Iron Loss 50%
• Permanent Magnet Synchronous Machine 50%
• Phase Configuration 50%
• Safety-critical Applications 50%
• Simplified Thermal Model 50%
• Single-phase Open Circuit 50%
• Special Design 50%
• Thermal Analysis 100%
• Thermal Behavior 50%
• Thermal Modeling 50%
• Thermal Overload 50%
• Thermal Simulation 50%
• Three-phase Short Circuit 50%
• Three-phase Winding 50%
• Winding Configuration 50%
• Winding Layouts 50%
• Winding Temperature 50%

Engineering

• Aerospace Applications 50%
• Control Strategy 50%
• Critical Application 50%
• Design Choice 50%
• Electrical Machine 100%
• Finite Element Method 50%
• Fits and Tolerances 50%
• Open Circuit 50%
• Permanent Magnet 50%
• Phase Configuration 50%
• Synchronous Machine 50%
• Thermal Behavior 50%
• Thermal Model 50%
• Thermal Simulation 50%