In recent years, the advantages of nonlinearity in vibration isolation and energy harvesting
have become increasingly apparent. The quasi-zero stiffness (QZS) of the nonlinear term …

To enhance the vibratory roller's comfort, three different types of seat suspension including
the seat's semi-active suspension system (SASS) controlled by the FLC-PID controller, seat's …

The research proposes a new design of the seat suspension equipped with the quasi-zero
stiffness (QZS) and hydraulic mount (HM) of the cab isolation system to improve the ride …

Three different models of the steel spring (SS), the roller-spring (RS), and the air spring (AS)
in the negative-stiffness-structure (NSS) used for the driver's seat suspension system are …

Based on the negative sti ness structure (NSS) designed on the seat suspension and the e
ect of the geometrical parameters of the designed NSS on improving the driver's ride …

Under the influence of the interactions between the vibratory drum/wheel and deformable
terrains, the ride comfort of the soil compactors is greatly affected. Therefore, the isolation …

Moving fast by high-speed planing craft (HSPC) is advantageous for some special missions,
though it causes severe hull vibrations and shocks that can transfer to the human body and …

Based on the dynamics theory and the negative sti ness structure (NSS), the optimal design
of the driver's seat suspension system of the cab or vehicle equipped with the NSS is …

To further enhance the ride comfort and health of the driver, a quasi-zero-stiffness structure
(QZSS) added into the driver's seat suspension of the vehicles is researched. A vehicle …

To enhance the dynamic performance of half-vehicle seat systems and reduce vibrations in
both the vertical and pitching directions, a nonlinear energy sink inerter (NESI) can be …