Please Contact by E-Mail at gmsd@igmr.rwth-aachen.de.
Fundamentals of Dynamics of Machines and Structural Dynamics
Machine and Structural Dynamics deals with the Study of the Causes and Effects of time-varying Forces and Moments in Machines. The Mathematical Treatment of Dynamic Problems serves to Describe the Phenomena that occur and aims to reduce or eliminate undesirable Effects.
Key Info
Basic Information
- Degree:
- Bachelor
- Semesters:
- Summersemester
- Organizational Unit:
- Institute of Mechanism Theory, Machine Dynamics and Robotics
- Lecturer:
- Univ.-Prof. Dr.-Ing. Dr. h. c. Burkhard Corves, Prof. Dr.-Ing. Mathias Hüsing
- Language:
- German
Further Information
Course Content
Dynamically Equivalent Systems
- Components
- Assembly Groups
- Machinery and Machine Parts
Free Oscillators with One Degree of Freedom
- Undamped Free Oscillation
- Damped Free Oscillation
Forced Oscillators with One Degree of Freedom
- Excitation by Harmonic Force
- Excitation by Harmonic Motion
- Periodic Excitation
- Isolation of Vibrations
Oscillators with Multiple Degrees of Freedom
- Eigenbehaviour
- Approximation Procedures for Eigen Angular Frequencies
- Behaviour in Case of Excitation
- Tuned Mass Dampers
Behaviour in Case of Parameter Excitation
- Gears
- Reciprocating Piston Engines
- Stability Diagrams
Behaviour in Case of Self-Excitation
- Friction Vibrations
- Aerodynamically Self-Excited Vibrations
Balancing of Rotors
- Characteristics of Unbalanced Rotors
- Representation of the Unbalanced State
- Identification and Compensation of Unbalances
- Balancing Quality
Critical Revolution Speeds of Rotors
- Shaft with a Disc
- Shaft with Two or More Discs