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 …

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 …

In this study, to improve the vibration isolation performance of a cab seat and the ride
comfort of the driver, we propose a mathematical model for a seat suspension system of a …

In order to improve the vibration isolation performance of cab seat and ride comfort of the
driver, a seat suspension structure of construction machinery cab is proposed based on …

Musculoskeletal disorders, which are epidemiologically related to exposure to whole-body
vibration (WBV), are frequently self-reported by workers in the construction sector. Several …

During the field operation of rice combine harvester, the vibration generated by vibration
component will only reduce mechanical reliability and yield, but also cause resonance in the …

This paper investigates the potential of negative stiffness suspensions for enhanced vehicle
vibration isolation. By analyzing and improving traditional control algorithms, we propose …

The aim of this work is to design a variable universe fuzzy control of a wheel loader semi-
active cab suspension with damping multimode switching shock absorber. Considering the …

To improve the vibration-isolation performance of cab seats, the optimization model of the
seat suspension system of construction machinery cabs is proposed based on the negative …

Whole-body vibration of the Wenda Gi. 34 bus driver seat is experimentally measured with a
specialised measuring device VM31. The comfort level is evaluated according to ISO 2631 …