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Computer Aided Design of Fluid Film Bearings
An Approximate Solution Technique for Multiloba Journal Bearings Including
Design of Centrally Pivoted Pad Sliders
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analysis angular velocity ASME axial groove bearing balance criteria ball bearing ball/cage bearing design bearing eccentricity bearing performance cage calculations centrally pivoted pad clearance damping ratio dimensionless Direct Impedance diverging film double pocket bearing eccentricity ratio end bearing Engine Bearing equation equivalent rotor film shape film thickness finite finite difference flexible rotor balance flow fluid film free-free grid point hydrodynamic hydrodynamically lubricated inertia journal bearings Liquid Hydrogen load carrying capacity M-Pa method microinches midspan motion Non-dimensional obtained oil whirl parameter Performance coefficient perturbation speed pivoted pad slider Poiseuille flow power loss pressure distribution quadratic surface profile Quadrature Impedance radial RAPIDREB recess boundary recess pressure Reynolds numbers rigid rotor rotational speed rotor system Rotordynamic scalar shaft shown in Figure simulation slider bearing Sommerfeld number stability stepped rotor stiffness supercomputers supply pressure temperature Trans turbine unbalance response uniform rotor values vector vector computation viscosity whirl amplitudes whirl radius