As the prevalence of obesity grows worldwide, it becomes an increasing concern in working
populations. Ergonomists are faced with the challenge of accommodating workplace layouts …

The workforce includes an increasing number of workers who are obese and/or older, which
may lead to higher rates of workplace injuries. We examined the main and interactive effects …

Evidence suggests that the growing prevalence of obesity in the workforce has resulted in
an increase in the incidence and cost of musculoskeletal injuries. Obesity can modify job …

Over one-third of the world adult population is overweight or obese, and the prevalence
continues to increase. Obesity is a risk factor for injury, and the growing prevalence may be …

Individuals with a body mass index (BMI) classified as obesity constitute 27.7% of US
workers. These individuals are more likely to experience work-related injuries. However …

Despite the prevalence of pre-obesity and obesity, the physical capabilities of pre-
obese/obese individuals are not well documented. As an effort to address this, this study …

Does greater strength capacity in the shoulder-complex afford increased protection against
regionalized fatigue and discomfort induced by sustained awkward arm postures in light …

Body segment parameters (BSPs) such as segment mass and center of mass are used as
inputs in ergonomic design and biomechanical models to predict the risk of musculoskeletal …

Background Understanding differential strength capability between sexes is critical in
ergonomics and task design. Variations in study designs and outcome measures generates …

Body segment parameters (BSPs) such as segment mass, center of mass, and radius of
gyration are required in many ergonomic tools and biomechanical models to estimate injury …