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Measurement / Dimensionless quantity / Rotordynamics / Fluid mechanics / Viscosity / Knudsen number / Engineering / Physics / Fluid dynamics / Dimensional analysis


Investigations of Slip Effect on the Performance of Micro Gas Bearings and Stability of Micro Rotor-Bearing Systems
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Document Date: 2007-08-03 01:41:19


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File Size: 1,51 MB

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Company

Knudsen / /

/

Facility

Jieyu Chen State Key Laboratory of Mechanical System / Shanghai Jiao Tong University / /

IndustryTerm

lubricated gas flow / lubricated gas film / gas flow / micro fabrication technology / micro gas journal bearing / micro gas bearing / gas-film force increments / gas pressure / gas molecule / power density applications / gas bearings / machinery / gas journal bearing / gas bearing model / micro scale gas turbine generators / conventional gas bearings / gas pressure distributions / micro gas bearing steady-state operation performance / Gas pressure distribution / gas film / gas velocity slip effect / ambient gas / micro rotor-bearing systems / micro gas-bearing-rotor system / gas-film forces / gas bearing / gas-film force / gas layer / fabrication technologies / self-acting gas journal bearing / /

Organization

MIT / Shanghai Jiao Tong University / /

Person

Hai Huang / Guang Meng / /

Position

Author / small-scale gas bearing model for the rotor / flying head / /

ProvinceOrState

Pennsylvania / /

Technology

MEMS fabrication technologies / MEMS / micro fabrication technology / disk drive / simulation / FDM / /

URL

www.mdpi.org/sensors / /

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