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Getting Started
Overview
Architecture Overview
Installation
User Guide
User Guide
Tutorial - Modeling
Tutorial - Bearings in ROSS
Tutorial - Thermo-Hydro-Dynamic (THD) Bearings
Tutorial - Active Magnetic Bearings (AMB)
Tutorial about Seals: Labyrinth, Hole-pattern, and Hybrid
Tutorial - Faults
Tutorial - Static and Modal Analyses
Tutorial - Time and Frequency Analyzes
Tutorial - Stochastic ROSS
Tutorial - MultiRotor System
Example 1 - Number of DOF influence in Natural Frequency
Example 2 - Effect of varying slenderness ratio
Example 3 - Isotropic Bearings, asymmetrical rotor.
Example 4 - Anisotropic Bearings.
Example 5 - Cross-coupled bearings.
Example 6 - Isotropic bearings with damping.
Example 7 - Hydrodynamic Bearings
Example 8 - Overhung rotor.
Example 9 - Hydrodynamic Journal Bearings (using Fluid Flow methods)
Example 13 - Uncertainties on bearings coefficients
Example 14 - Uncertainties on material properties
Example 16 - Look at different models of the disk-shaft interface
Example 17 - Features of Eigenvalues and Eigenvectors - Isotropic Bearings
Example 18 - Features of Eigenvalues and Eigenvectors - Anisotropic Bearings
Example 19 - Features of Eigenvalues and Eigenvectors - System with Mixed Modes
Example 20 - Features of Eigenvalues and Eigenvectors - Cross-Coupling in the Bearings
Example 21 - Features of Eigenvalues and Eigenvectors - Hydrodynamic Bearings
Example 22 - Features of Eigenvalues and Eigenvectors - The Effect o f Axial Load and Follower Torque
Example 23 - An Overhung Rotor
Example 24 - A Tapared Shaft
Example 25 - Coaxial rotor
Example 26 - Isotropic System
Example 27 - Anisotropic System
Example 28 - Rigid rotor on isotropic bearings
Example 29 - Rigid rotor on anisotropic bearings
Example 30 - Natural frequencies, mode shapes and natural frenquency map of a rigid rotor
Example 31 - Isotropic Bearings with Damping
Example 32 - Response to Forces Applied through Auxiliary Bearings
Fluid-flow: Elliptical Bearing
Fluid-flow: Short Bearing
Fluid-flow theory
Fluid-flow: Wear Bearing
References
API Reference
ross.Material
ross.ShaftElement
ross.DiskElement
ross.BearingElement
ross.SealElement
ross.BallBearingElement
ross.RollerBearingElement
ross.CylindricalBearing
ross.PlainJournal
ross.TiltingPad
ross.ThrustPad
ross.SqueezeFilmDamper
ross.LabyrinthSeal
ross.HolePatternSeal
ross.HybridSeal
ross.MagneticBearingElement
ross.GearElement
ross.GearElementTVMS
ross.Mesh
ross.CouplingElement
ross.Probe
ross.PointMass
ross.Rotor
ross.MultiRotor
ross.CoAxialRotor
ross.Rotor.run_modal
ross.Rotor.run_critical_speed
ross.Rotor.run_freq_response
ross.Rotor.run_forced_response
ross.Rotor.run_unbalance_response
ross.Rotor.run_campbell
ross.Rotor.run_time_response
ross.Rotor.run_level1
ross.Rotor.run_ucs
ross.Rotor.run_static
ross.Rotor.run_misalignment
ross.Rotor.run_rubbing
ross.Rotor.run_crack
ross.Rotor.run_harmonic_balance_response
ross.Rotor.run_amb_sensitivity
ross.Rotor.run_clearance_analysis
ross.rotor_example
ross.compressor_example
ross.coaxrotor_example
ross.rotor_example_6dof
ross.rotor_example_with_damping
ross.rotor_amb_example
ross.Orbit
ross.Shape
ross.CriticalSpeedResults
ross.ModalResults
ross.CampbellResults
ross.FrequencyResponseResults
ross.ForcedResponseResults
ross.StaticResults
ross.SummaryResults
ross.ConvergenceResults
ross.TimeResponseResults
ross.Level1Results
ross.UCSResults
ross.HarmonicBalanceResults
ross.SensitivityResults
ross.ClearanceResults
ross.BearingResults
ross.TiltingPadResults
ross.ThrustPadResults
ross.PlainJournalResults
ross.SqueezeFilmDamperResults
ross.MisalignmentFlex
ross.MisalignmentRigid
ross.Rubbing
ross.Crack
ross.ModelReduction
ross.PseudoModal
ross.Guyan
ross.stochastic.ST_Material
ross.stochastic.ST_ShaftElement
ross.stochastic.ST_DiskElement
ross.stochastic.ST_BearingElement
ross.stochastic.ST_PointMass
ross.stochastic.ST_Rotor
ross.stochastic.ST_CampbellResults
ross.stochastic.ST_FrequencyResponseResults
ross.stochastic.ST_ForcedResponseResults
ross.stochastic.ST_TimeResponseResults
ross.Q_
ross.get_data_from_figure
ross.visualize_matrix
ross.lubricants_dict
ross.BearingFluidFlow
Additional Info
Release notes
Contributing
Citing
.rst
.pdf
ross.Q_
Contents
Q_
ross.Q_
#
ross.
Q_
#
alias of
Quantity
Contents
Q_
