Rotor Dynamics

Rotor Dynamics

  • Applications such as machine tools, turbojet engines, ship propellers, automotive components, consumer goods for the purpose of energy transmission
  • Vibrations analysis
  • Friction and noise levels verification caused due to high speeds
  • Dynamic balancing analysis of the rotor assembly
  • Turbomachinery design validation and optimization
  • Compressor, fan, pump design optimization to reduce energy consumption
  • Fluid structure interaction (FSI) simulation
  • KAIZENAT brings highly accurate and reliable rotor dynamics solution that enables engineers to simulate the behavior of rotating machinery. Designers can predict critical speed very precisely and evaluate the effects of instabilities on virtual prototypes, saving time and money while improving safety.

  • Shaft balancing
  • Fatigue and vibration analysis
  • Thermo-mechanical analysis
  • Lubrication
  • Designing Turbomachinery Products

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