OBJECTIVES This paper suggests the experimental guidelines to evaluate the electro-mechanical safety of belt type equipment. The electro-mechanical safety was determined by using the International Electrotechnical Commission guidelines, which are widely used as important factors for assessing the electro-mechanical safety of belt type equipment. However, the local guidelines on wearable healthc...

Larry Fennigkoh is a professor of biomedical engineering at Milwaukee School of Engineering. E-mail: fennigko@ msoe.edu There is no question that the most effective way to respond to a question is with a set of relevant facts. Facts are generally irrefutable; colloquially we say, “The facts speak for themselves.” A database is nothing more than a convenient vehicle for collecting, organizing, a...

The study presented herein is aimed towards improvement of nuclear power plant safety by utilizing the probabilistic safety assessment methodology. A new time-dependent unavailability model of ageing safety equipment within the nuclear industry is proposed. Equipment ageing along with effects of corrective maintenance and preventive maintenance are modelled as an integral part of the new time-d...

Construction workers (CWs) are positioned at the lowest level of an organization and thus have limited control over their work. For this reason, they are often deprived of their due rewards and training or sometimes are even compelled to focus on production at the expense of their own safety. These organizational stressors not only cause the CWs stress but also impair their safety behaviors. Th...

In order to comply with the requirements established by healthcare organization accrediting agencies, radiation protective equipment (e.g., lead aprons, gloves, and collars) utilized by x-ray workers must be periodically evaluated for damage. The objective of such evaluations is to identify and remove from service equipment bearing large holes, tears, etc., that could compromise the safety of i...