The innovative impact on acoustics, vibrations and system dynamics

The major evolution of technologies, the fulminant development of computer programs with applications in the signals evaluation, the innovative design and manufacturing of devices, systems and materials represent important cumulative factors for the optimizing of acoustic and dynamic vibration processes. Thus, fluid dissipative materials, silicone pastes and oils, magnetorheological fluids, sound-absorbing and sound-insulating composite materials, elastomeric materials, dry friction buffering systems, acoustic noise level reduction systems in buildings, motor vehicles, motorways are manufactured at a high technological level and dedicated to the vibroacoustics, anti-seismic and anti-vibration domain. Based on the research studies, the scientific content of the papers published in specialized journals, as well as on the quantifiable results, regarding the optimized systems in the analyzed domain, it results that the capitalization of the researches generates a significant impact with parametric leaps in the achievement of the expected performance.