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Magnetic drive system for a new centrifugal rotary blood pump
Andrew Hilton
, Geoff D. Tansley
School of Biosciences
Aston Research Centre for Health in Ageing
College of Health and Life Sciences
Mechanical, Biomedical & Design Engineering
Engineering Systems & Supply Chain Management
College of Engineering and Physical Sciences
Sustainable Environment Research Group
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Keyphrases
Magnetic Drive
100%
Cone Angle
100%
Rotary Blood Pump
100%
Drive System
100%
Electromagnet
50%
Torque Characteristics
50%
Impeller
50%
Permanent Magnet
50%
Axial Bearing
50%
Back Iron
50%
Bearing Force
50%
Boundary Element Analysis
50%
Axial Force
50%
Two-component
25%
Performance Characteristics
25%
Bearing System
25%
Steel Plate
25%
Conical Structure
25%
Magnetic Bearing
25%
Finite Element
25%
Rotational Alignment
25%
Rotor
25%
Instron
25%
Tensile Testing Machine
25%
Magnet Configuration
25%
Drive Components
25%
Finite Boundary
25%
Radial Bearing
25%
Shock Excitation
25%
Stator
25%
Restoring Force Characteristics
25%
Restoring Force
25%
Engineering
Centrifugal
100%
Drive System
100%
Blood Pump
100%
Bearing Force
50%
Restoring Force
50%
Impeller
50%
Axial Force
50%
Permanent Magnet
50%
Iron
50%
Experimental Result
25%
Performance Characteristic
25%
Finite Element Analysis
25%
Steel Plate
25%
Rotational
25%
Tensile Testing
25%
Testing Machine
25%
Rotors
25%
Bearing System
25%