Ever since the publication of the 99-line topology optimization MATLAB code (top99) by
Sigmund in 2001, educational articles have emerged as a popular category of contributions …

The famous receptance method for the active vibration control has been mainly applied for
pole placement. In this paper, it is exploited to solve the multi-input antiresonance …

In this paper a novel method to improve the residual vibration suppression in underactuated
uncertain flexible systems through motion planning is proposed. The proposed technique …

Antiresonance assignment is an effective approach to vibration absorption in lightweight
systems under harmonic excitation. The goal is shifting an antiresonance frequency of a …

This paper proposes a novel indirect, two-stage approach for model updating in linear
vibrating systems, exploiting measured natural frequencies, antiresonances and uncertain …

The partial eigenvalue assignment problem has drawn much attention for decades because
of its usefulness and fascinating appeal in vibration control. It is also a mathematically …

Resonant vibration generators, such as vibratory feeders or ultrasonic sonotrodes, are often
employed in manufacturing to generate harmonic vibrations with suitable amplitude, spatial …

State feedback is mostly used in the active vibration control of structural systems. However,
the most challenging problem is to achieve the whole state of the structure. Another issue in …

This paper proposes a novel method for the robust partial assignment of natural frequencies
and antiresonances, together with the partial assignment of the related eigenvectors, in …

Motion planning is an effective tool for the suppression of residual oscillation in
underactuated mechanical systems, and in particular, model-based method can be used to …