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Engineering Dynamics

Contents

Goals

Basic knowledge on dyanmics to design and operate machines. Mathematical methods and mechanical models.

Topics

  • Systems with a finite number of degrees of freedom
  • Eigenvalue and initial value problem
  • Rayleigh quotient
  • Modal decoupling
  • Reduction methods
  • Rotor dynamics
  • Laval rotor
  • Gyroscopic effect
  • Systems with circulatory forces

Literatur

  • Inman: Engineering Vibration. Prentice Hall
  • Meirowitch: Fundamentals of Vibrations. McGraw-Hill

Previous knowledge

General

  • Master semester: 1 (recommended)
  • Credits: 5

Lecturer


Tutorials


Next Examination

  • tbd.