The modeling and measurement of the biodynamic response of the seated human body has
recently been an active research topic, with major applications to ergonomics and …

In the framework of whole-body vibration (WBV), biodynamics refers to biomechanical
responses of the human body to impressed oscillatory forces or motions. The biodynamic …

The transmission of vibration through a seat depends on the impedance of the seat and the
apparent mass of the seat occupant. This study was designed to determine how factors …

The study of the biodynamic response of helicopter passengers and pilots, when excited by
rotorcraft vibrations that are transmitted through the seat and, for the latter, the control …

The segment of micro-vehicles has experienced an increasing spread in recent years since
its positive implications for both individual road users and the whole urban scenario. An …

During vertical excitation of the seated human body there are vertical and fore-and-aft forces
at the seat that are influenced by contact with a backrest, so it is desirable to take into …

The efficiency of a seat in reducing vibration depends on the characteristics of the vibration,
the dynamic characteristics of the seat, and the dynamic characteristics of the person sitting …

Nowadays, micro-mobility is one of the major global trends in cities for the innovation of the
transport system. In this context a breakthrough introduction of electric kick scooters (e …

Biodynamic responses of the seated human body are usually measured and modelled
assuming a single point of vibration excitation. With vertical vibration excitation, this study …

Developing a biomechanical model which connected with the actual anatomy of the human
body is helpful to understand the human response to vibration. A finite element model of the …