Eigenvalue problems occur naturally in the vibration analysis of mechanical structures with many degrees of freedom.

Fine-tuning of the project occurred after a wind loading and pedestrian induced vibration analysis.

These measurements can be applied to stress, strain and vibration analysis, as well as to non-destructive testing.

The most commonly used method for rotating machines is called vibration analysis.

Boundary conditions are, however, often used to model loads depending on context; this practice being especially common in vibration analysis.

The fundamentals of vibration analysis can be understood by studying the simple mass-spring-damper model.

This case is called underdamping - this case is of most interest in vibration analysis.

The simple mass-spring damper model is the foundation of vibration analysis, but what about more complex systems?

This equation is the foundation of vibration analysis for multiple degree of freedom systems.

In vibration analysis, as in all engineering problems, the output data must be looked at in a methodical way.