Designing of discrete mechatronic vibrating systems with negative value parameters

• Designing of mechatronic discrete systems by solving the reverse task.
• Intentionally corresponding stiffness elements selected out of required range.
• Negative value parameters identification in synthesis of mechatronic discrete system.
• Vibration effectiveness studied based on amplitudes and dynamical flexibilities functions.

In the paper, the known problem of vibration control, authors expanded for designing of mechatronic discrete systems that contains single or multiply piezoelectric elements connected to external electric networks. Main focus has been given for investigations in relation to damping performance and parameters study, in case of potential practical application. By different configurations of considered mechatronic discrete branched structures with two degrees of freedom, key negative parameters have been identified and investigated in case of vibration control effectiveness. Results have been presented in graphical form of amplitudes and dynamical flexibility functions.