Mathematical constitutive models are crucially important for the real viscoelastic solid
materials in academic investigation and engineering application. The viscoelastic solid …

Abstract The Noise, Vibration, and Harshness (NVH) performance of automotive powertrain
(PT) mounts involves the PT source vibration, PT mount sti ness, road input, and overall …

The air spring component with a damper inside is widely used in the commercial vehicle as
a vibration isolator. The nonlinear dynamics of the air spring component is important for full …

Recently, research into the development of hybrid and electric vehicles has been vigorously
undertaken, indicating a trend toward the replacement of internal combustion engine …

The existing powertrain mounting models of the heavy-duty truck for optimizing the mounts
parameters cannot well describe the deformation of the chassis frame. To overcome this …

A method for calculating isolation ratios of mounts at a powertrain mounting systems (PMS)
is proposed assuming a powertrain as a rigid body and using the identified powertrain …

This research work aims to investigate the presence of four nonlinear characteristics (ie,
hysteresis, saturation, creep, and uncertainty vibration) when a piezoelectric patch material …

Determining the natural frequency distribution is of great importance in studying the vibration
of the steering system in a commercial vehicle. A high-speed vibration frequency sweep …

This study evaluates the influences of the powertrain mount design parameters on the
frequencies of powertrain rigid body modes and their kinetic energy distributions (KEDs) …

Uncertainties cause tremendous failures, especially in large-scale system design, because
they are accumulated from each of the subsystems. Analytical target cascading is a …