Add to ORKGThe design and shop test results are given for a high speed eight stage centrifugal compressor supported by active magnetic bearings. A brief summary of the rotor dynamics analysis is presented with specific attention given to design considerations for optimum rotor stability. The concerns for retrofit of magnetic bearings in existing machinery are discussed with supporting analysis of a four stage centrifugal compressor. Recommendations are given on design and analysis requirements for successful machinery operation of either retrofit or new design turbomachinery
LecturesThe giant Groningen onshore gas field in the Northeastern Netherlands started production in ...
Active stall control is a current research area at the NASA Glenn Research Center that offers a grea...
The original design analysis and shop test data are presented for a three stage (poster) air compres...
Active magnetic bearings used on oil-free centrifugal refrigeration compressors have lower stiffness...
Control of Surge in Centrifugal Compressors by Active Magnetic Bearings sets out the fundamentals of...
LecturePg. 81-90The design, integration, and implementation of a successful project to retrofit a hi...
The need for better performance of turbomachinery with active magnetic bearings has necessitated a s...
LectureThe amount of damping in the rotor/bearing system is the key to stability of centrifugal gas ...
Two-stage oil-free centrifugal air compressors can bring significant advantages and open new market ...
LecturePg. 77-84The design considerations and features along with manufacturing and operating experi...
The results for in-plant full load testing of a 13.4 MW (18000 HP) gas turbine driven centrifugal co...
Magnetic bearings are widely used as active suspension devices in rotating machinery, mainly for act...
Magnetic suspension technology has advanced to the point of being able to offer a number of advantag...
Magnetic bearings are oil-free bearings that are widely employed in turbo machineries such as turbo ...
TutorialActive magnetic bearings (AMBs) are being used for an increasing number of compressors in th...
LecturesThe giant Groningen onshore gas field in the Northeastern Netherlands started production in ...
Active stall control is a current research area at the NASA Glenn Research Center that offers a grea...
The original design analysis and shop test data are presented for a three stage (poster) air compres...
Active magnetic bearings used on oil-free centrifugal refrigeration compressors have lower stiffness...
Control of Surge in Centrifugal Compressors by Active Magnetic Bearings sets out the fundamentals of...
LecturePg. 81-90The design, integration, and implementation of a successful project to retrofit a hi...
The need for better performance of turbomachinery with active magnetic bearings has necessitated a s...
LectureThe amount of damping in the rotor/bearing system is the key to stability of centrifugal gas ...
Two-stage oil-free centrifugal air compressors can bring significant advantages and open new market ...
LecturePg. 77-84The design considerations and features along with manufacturing and operating experi...
The results for in-plant full load testing of a 13.4 MW (18000 HP) gas turbine driven centrifugal co...
Magnetic bearings are widely used as active suspension devices in rotating machinery, mainly for act...
Magnetic suspension technology has advanced to the point of being able to offer a number of advantag...
Magnetic bearings are oil-free bearings that are widely employed in turbo machineries such as turbo ...
TutorialActive magnetic bearings (AMBs) are being used for an increasing number of compressors in th...
LecturesThe giant Groningen onshore gas field in the Northeastern Netherlands started production in ...
Active stall control is a current research area at the NASA Glenn Research Center that offers a grea...
The original design analysis and shop test data are presented for a three stage (poster) air compres...