This study evaluated whole body vibration (WBV), non-driving task performance, muscle
activity, and self-reported discomfort and motion sickness between different seat suspension …

This study compared whole body vibration (WBV), muscle activity and non-driving task
performance between different seat suspension settings in a simulated autonomous …

Truck drivers have one of the highest injury rates in the US workforce with the majority of
injuries occurring in the low-back. Exposure to Whole Body Vibration (WBV) is thought to be …

Laboratory studies have shown that exposure to whole-body vibration (WBV) increases
physical and mental fatigue, which are common issues professional drivers face. The …

Through a randomized controlled trial, we evaluated the effects of an electro-magnetic active
seat suspension that reduces exposure of a long-haul truck driver to whole body vibration …

Seats with horizontal suspensions can help to reduce detrimental effects of whole-body
vibration (WBV) on health, comfort and performance. Two seats were used to examine the …

A number of studies have shown that whole body vibration (WBV) exposures contribute to
low back pain in vehicle operators. Bus design may be an important factor in determining the …

Long-term exposure to seated whole-body vibration (WBV) is one of the leading risk factors
for the development of low back disorders. Professional bus and truck drivers are regularly …

Several studies have shown a relationship between low-back problems and exposure to
seated whole-body vibration. The amount of vibration transmitted to the operator is …

In 100 vehicles, 67 conventional seats and 33 suspension seats were tested to determine
the benefits that might be obtained by changing seats in the vehicles. Acceleration was …