Add to ORKGThe paper describes the modeling and design of actuators for application in a magnetic vibration isolation system with passive gravity compensation. Parallel to the fully passive magnetic gravity compensation these actuators provide the stability and active isolation required in such a 6 DoF vibration isolation system. Powerful analytical modeling techniques are used to accurately derive the key properties of the actuator and to compare different topologies with and without back-iron, respectivel
A long-stroke moving coil Lorentz Actuator was designed for use in a microgravity vibration isolatio...
In the paper, a magnetically suspended ceiling actuator is presented that provides magnetic suspensi...
Vibration disturbance has a consistent negative impact on equipment and processes. The central theme...
The paper describes the modeling and design of actuators for application in a magnetic vibration iso...
In contrast with the vibration isolation regime, which requires active elements, the gravity compens...
A control strategy of combining H¿ control and feedback linearization was applied to the model of a...
The development of sophisticated advanced vibration isolation is important because even the minutest...
Passive magnetic gravity compensation may be a very feasible alternative to the more commonly used m...
This paper concerns measurements on an electromagnetic six Degrees-of-Freedom (DoF) anti-vibration s...
A contactless Electro-Magnetic Isolator (EMI) is designed for gravity compensation of a heavy payloa...
A long-stroke moving coil Lorentz Actuator was designed for use in a microgravity vibration isolatio...
In the paper, a magnetically suspended ceiling actuator is presented that provides magnetic suspensi...
Vibration disturbance has a consistent negative impact on equipment and processes. The central theme...
The paper describes the modeling and design of actuators for application in a magnetic vibration iso...
In contrast with the vibration isolation regime, which requires active elements, the gravity compens...
A control strategy of combining H¿ control and feedback linearization was applied to the model of a...
The development of sophisticated advanced vibration isolation is important because even the minutest...
Passive magnetic gravity compensation may be a very feasible alternative to the more commonly used m...
This paper concerns measurements on an electromagnetic six Degrees-of-Freedom (DoF) anti-vibration s...
A contactless Electro-Magnetic Isolator (EMI) is designed for gravity compensation of a heavy payloa...
A long-stroke moving coil Lorentz Actuator was designed for use in a microgravity vibration isolatio...
In the paper, a magnetically suspended ceiling actuator is presented that provides magnetic suspensi...
Vibration disturbance has a consistent negative impact on equipment and processes. The central theme...