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Magnetic fluid bearings & seals: Methods, design & application
S.G.E. Lampaert
Mechatronic Systems Design
Research output
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Thesis
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Dissertation (TU Delft)
264
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Dive into the research topics of 'Magnetic fluid bearings & seals: Methods, design & application'. Together they form a unique fingerprint.
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INIS
design
100%
seals
100%
applications
100%
ferrofluids
100%
fluids
100%
texture
87%
magnetic fields
50%
surfaces
37%
lubricants
37%
particles
37%
performance
37%
friction
25%
suspensions
25%
capacity
25%
healing
25%
films
25%
leakage
25%
lifetime
25%
stiffness
25%
specifications
25%
operation
12%
carriers
12%
rheology
12%
market
12%
lubrication
12%
wear
12%
range
12%
torque
12%
transport
12%
machinery
12%
plastics
12%
environment
12%
shear
12%
Engineering
Fluid
100%
Application Method
100%
Bearing System
57%
Models
42%
Lubricant
42%
Sealing System
28%
Rheological Behavior
28%
Friction
28%
Field Gradient
14%
Machinery
14%
Carrier Fluid
14%
Plane Stiffness
14%
Rotational Stiffness
14%
Load Capacity
14%
High Shear Rate
14%
Lubrication
14%
Rheology
14%
Determines
14%
Main Problem
14%
Design
14%
Design Concept
14%
Bearing Pressure
14%
Early Stage
14%
Material Science
Fluid Bearing
100%
Ferrofluid
100%
Fluid
75%
Surface Texture
37%
Film
25%
Magnetic Particle
25%
Stiffness
25%
Lubrication
12%
Torque
12%
Magnetic Field Gradient
12%
Plastics
12%
Particle
12%