Future applications of mechatronic systems will be characterized by a high degree of
digitization enabling the integration of numerous innovative functions. The validation and …

Active noise control has been applied to a variety of systems in order to improve
performance without the increases in size and weight that would otherwise be required by …

The isolation of the body from engine vibration is the most challenging and disruptive
vibrational problem. Active engine mounts (AEMs), especially electromagnetic AEMs …

Active systems are characterized by a steadily increasing degree of structural integration of
electronic components into mechanical structures. To enable a systematic development …

The automotive industry is aiming at both reducing the weight of the vehicles while
improving a high level of comfort. This causes contradicting requirements for the systems …

Active vibration control systems have been successfully applied to various applications,
including the reduction of engine induced vibrations, eg in ships or cars. Since the …

The floating raft active vibration isolation system itself is a complex system with high
nonlinearity, strong coupling, and multi-source excitations, so it is difficult to build a …

Die Überwachung von Maschinen und Anlagen zur Gewährleistung und Verbesserung der
Sicherheit und Effizienz ist aus ökonomischer Sicht und für deren wissensbasierte …

The behavior of a component observed after implementation might differ from the
characteristic that was determined in laboratory before. These deviations are often caused …

Lightweight structures, especially larger ones, are more susceptible to vibrations than
traditionally designed structures. Hence, problems with fatigue, reduction of precision or …