To improve the ride comfort of the off‐road vibratory roller, the cab's hydraulic mounts were
analyzed to prevent vibration sources transmitting to the cab. However, the cab's low …

This study proposes a dynamic model of the vibratory roller interacting with the off‐road
deformed terrain to analyze the low‐frequency performance of three different cab's isolation …

In this paper, a combined hydraulic-pneumatic mount (CHPM) of the cab isolation system is
proposed for the improvement of the vibratory roller's ride quality. The semi-active hydraulic …

The purpose of this study is to explore the low-frequency advantages and characteristics of
the hydraulic mounts used for vibration isolation of an earth-moving machinery cab. For the …

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 …

This study, based on preeminent characteristics of both the pneumatic and hydraulic
isolations, combined hydropneumatic isolations (CHPIs), is proposed for improving the cab …

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 …

Considering the coupling vibration of a flexible carbody and the underneath suspended
equipment, a vertical coupled vibration model of a high-speed train was constructed. A roller …

As a critical component of the railway vehicle, underframe equipment has a great influence
on the ride comfort of railway vehicles due to their big mass and active vibration. Therefore …

The air suspension system of heavy trucks not only improves the vehicle's ride comfort but
also reduces the negative impact on the road surface. In order to evaluate the performance …