Design analysis and control of a magnetorheological fluid based torque transfer device

Keyphrases

• Actuator 33%
• Braking 33%
• Closed-loop Performance 33%
• Clutch Performance 33%
• Control Aspect 33%
• Control Input 33%
• Controlled Experiment 33%
• Controller 33%
• Design Analysis 100%
• Design Aspects 33%
• Design Control 100%
• Electromagnet 33%
• Electronic Control System 33%
• Fluid-filled 100%
• Magnetic Field 66%
• Magnetorheological 66%
• Magnetorheological Fluid 100%
• Mechanical Systems 33%
• Model Prediction 33%
• Modelling Aspects 33%
• Output Shaft 33%
• Output Variable 33%
• Performance Prediction 33%
• PID Controller 33%
• Reversible Change 33%
• Rheological Properties 33%
• Rotational Speed 33%
• Torque Control 33%
• Torque Output 33%
• Torque Regulation 33%
• Torque Tracking 33%
• Torque Transfer 100%
• Transfer Device 100%

Engineering

• Closed Loop 50%
• Control Input 50%
• Control System 50%
• Design Analysis 100%
• Electronic Control 50%
• Magnetic Field 100%
• Mechanical Systems 50%
• Model Prediction 50%
• Output Shaft 50%
• Output Torque 50%
• Rotational Speed 50%
• Torque Regulation 50%

Material Science

• Actuator 50%
• Brakes 50%
• Magnetorheological Fluid 100%
• Shaft 50%