Rotordynamic Engineering

  • Basics
    • The role of rotordynamics in machine design
    • Explanation of resonance and damping
    • Unbalance and self-excited vibrations in rotor systems
  • Standard analyses for the engineering and assessment of results
  • Properties of different bearing
    • Rolling element bearings
    • Fluid film bearings
    • Active magnetic bearings
    • Foil bearings
  • Case studies and special phenomena
    • Rotor stability with tilting pad bearings (synchronous and non-synchronous properties)
    • Coupled rotor casing resonance
    • Coupled rotor disk vibration
    • Coupled torsional lateral analyses
    • Gear mesh excitation
    • Rubbing
    • Internal friction
    • Acoustic excitation
    • Hot spots (Morton or Newkirk effect)

 

Registration forms for the next seminar are available here.