This study presents a comprehensive design optimization approach for building vibration
control systems, demonstrated through a case study on the KDamper implemented as a …

Parallel machining robots have the potentials of high precision and high flexibility. However,
their pose-dependent vibration characteristics may cause accuracy problems during …

Mass reduction of automotive components enhances vehicles' performance and extends
their driving range. However, lightweight construction typically leads to noise and vibration …

Statistical process control has been successfully used to monitor manufacturing processes
for decades. Some key variables are usually monitored, and their values can give valuable …

This study proposes a lever-enhanced tuned inerter damper (LTID) for controlling the
excessive vibrations induced by rotary unbalance within the primary system, whose stiffness …

This paper proposes a novel self-adaptive strategy to control piezoelectric vibration
absorbers (PVA) using a semi-passive resonant shunt with tunable inductance for vibration …

Problems under uncertainty conditions can be studied by using the very interesting and
popular Ben-Haim's info-gap (or information-gap) decision theory (IGDT). On the other hand …

Problems under uncertainty conditions appear frequently in practice. The use of classical
interval analysis constitutes an interesting tool for the study of such problems with the …

This PhD thesis is dedicated to the lightening of gearbox housings based on recent
developments in various scientific fields, resulting from the joint academic and industrial …

The development of complex engineering structures relies heavily on computational
intelligence in the form of science-based predictive models and on the concept of …