This report presents a preliminary analysis of the mathematical modelling of eddy current effects in a large-gap magnetic suspension system. It is shown that eddy currents can significantly affect the dynamic behavior and control of these systems, but are amenable to measurement and modelling. A theoretical framework is presented, together with a comparison of computed and experimental data related to the Large Angle Magnetic Suspension Test Fixture at NASA Langley Research Center
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
The open-loop characteristics of a Large-Gap Magnetic Suspension System (LGMSS) were studied and num...
This paper presents the results of modeling and system identification efforts on the NASA Large-Angl...
Good progress is being made in several major areas. These include eddy current modelling and analysi...
Progress in the areas of eddy current computations, modelling and analysis, design optimization meth...
In order to explore and develop technology required for the magnetic suspension of objects over larg...
In order to explore and develop technology required for the magnetic suspension of objects over larg...
A decoupled control approach for a Large Gap Magnetic Suspension System (LGMSS) is presented. The co...
An implementation of a decoupled, single-input/single-output control approach for a large angle magn...
A simplified analytical model of a six-degree-of-freedom large-gap magnetic suspension system is pre...
Progress made under the subject grant in the period from 1 Nov. 1992 to 31 May 1993 is presented. Th...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
When a magnetic source is simultaneously oscillated and translationally moved above a linear conduct...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
The open-loop characteristics of a Large-Gap Magnetic Suspension System (LGMSS) were studied and num...
This paper presents the results of modeling and system identification efforts on the NASA Large-Angl...
Good progress is being made in several major areas. These include eddy current modelling and analysi...
Progress in the areas of eddy current computations, modelling and analysis, design optimization meth...
In order to explore and develop technology required for the magnetic suspension of objects over larg...
In order to explore and develop technology required for the magnetic suspension of objects over larg...
A decoupled control approach for a Large Gap Magnetic Suspension System (LGMSS) is presented. The co...
An implementation of a decoupled, single-input/single-output control approach for a large angle magn...
A simplified analytical model of a six-degree-of-freedom large-gap magnetic suspension system is pre...
Progress made under the subject grant in the period from 1 Nov. 1992 to 31 May 1993 is presented. Th...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
When a magnetic source is simultaneously oscillated and translationally moved above a linear conduct...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
This dissertation is a study of new modeling techniques developed for magnetic suspension systems. T...
The open-loop characteristics of a Large-Gap Magnetic Suspension System (LGMSS) were studied and num...